CN110139367A

CN110139367A - A kind of communication processing method and relevant device of non-scheduling resource

Info

Publication number: CN110139367A
Application number: CN201810130109.5A
Authority: CN
Inventors: 蔺波; 于峰; 万广南; 于光炜
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2018-02-08
Filing date: 2018-02-08
Publication date: 2019-08-16
Also published as: WO2019154223A1

Abstract

The embodiment of the present application provides a kind of communication processing method of non-scheduling resource, the back time domain information of the upstream data is given to the access net side equipment by the terminal side equipment, enable to the access net side equipment knows whether distributed non-scheduling resource is suitable, so as to optimized allocation of resources.

Description

A kind of communication processing method and relevant device of non-scheduling resource

Technical field

The invention relates to wireless communication field more particularly to the communications processings of non-scheduling resource.

Background technique

It include terminal side equipment and the access net side equipment for servicing the terminal side equipment in wireless communication system.They are pressed According to protocol layer, physics (physical, PHY) layer, media access control (medium access control, MAC) are respectively included Layer, wireless spread-spectrum technology (radio link control, RLC) layer and packet data convergence layer (packet data Convergence protocol, PDCP) and wireless heterogeneous networks (radio resource control, RRC) layer etc..

It establishes in the terminal side equipment with after the foundation of the access net side equipment, the access net side equipment can lead to The RRC information for crossing rrc layer is that the terminal side equipment configures non-scheduled (non-scheduling) function and described non-in advance Period is set in scheduling feature, wherein the non-scheduled function includes semi-persistent scheduling (semi-persistent Scheduling, SPS) function or exempt from authorize (grant free) function.In some Transmission Time Interval (transmission Time interval, TTI) on, Physical Downlink Control Channel (physical of the access net side equipment in physical layer Downlink control channel, PDCCH) in the instruction non-scheduled function activation and used non-scheduling resource. Since the non-scheduling resource has the characteristics of " primary distribution is used for multiple times ", the terminal side equipment and the access net side Data are transmitted using the non-scheduling resource on each period.Therefore, " non-scheduled " is referred to as " pre-scheduling ", " exempts to adjust Degree " or " semi-persistent scheduling ".After the data are transmitted, the non-scheduling resource can be re-equipped or be released.

Summary of the invention

The embodiment of the present application provides a kind of communication processing method of non-scheduling resource, and access net side equipment can be made to know institute Whether the non-scheduling resource of distribution is suitable, so as to optimized allocation of resources.

The embodiment of the present application first aspect provides a kind of communication process of non-scheduling resource executed for terminal side equipment Method.Wherein, the terminal side equipment can be independent terminal itself, at least one chip or the end being also possible in terminal The circuit system of the communication processing method of the non-scheduling resource is realized in end.

In the communication processing method for the non-scheduling resource that first aspect provides, terminal side equipment receives access net side equipment The first configuration information for being used to indicate the uplink non-scheduling resource for transmitting uplink data sent, and the upstream data Time-domain information notifies to give access net side equipment.

Wherein, the time-domain information of the upstream data include it is following at least one:

The arrival time of the upstream data and the interval being successfully transmitted between the upstream data, the uplink are non-scheduled The time-domain position adjacent with the arrival time of the upstream data in resource, in the uplink non-scheduling resource with the uplink Interval between the arrival time of the arrival time of data adjacent time-domain position and the upstream data, the upstream data Arrival time, time-domain position where sending the upstream data in the non-scheduling resource for the first time with successfully send out for the last time Interval where sending the upstream data between time-domain position；Send the waiting time when upstream data.

Optionally, the time-domain information carrying of the upstream data is sent to the access net side in the terminal side equipment and sets In standby RRC information, PHY message or MAC message.

Optionally, in the communication processing method of the non-scheduling resource, the terminal side equipment be can receive for referring to Show the PDCCH whether non-scheduled function activates.In the non-scheduled function activation, described first is carried in the PDCCH and is matched Confidence breath.

Using the technical solution that first aspect provides, by the terminal side equipment by the time-domain information of the upstream data The access net side equipment is fed back to, the access net side equipment is enabled to know whether distributed non-scheduling resource closes It is suitable, so as to optimized allocation of resources.

Based in a first aspect, in the first possible implementation of first aspect, the method also includes: the terminal Side apparatus receive it is described access net side equipment send adjustment information, so as to after the uplink non-scheduling resource is adjusted when The upstream data is sent to the access net side equipment on domain position or frequency domain position.

Optionally, the adjustment information can carry the RRC that the access net side equipment is sent to the terminal side equipment In message, PHY message or MAC message.

In the first possible implementation of first aspect, as the upstream data fed back to the terminal side equipment The response of time-domain information, the access net side equipment can be adjusted the uplink non-scheduling resource, non-scheduled to uplink The arrival as early as possible of resource, realizes the raising of data transmission efficiency.

Based on the possible implementation of the first of first aspect or first aspect, can be able to achieve for second in first aspect In mode, the method also includes: the terminal side equipment to the access net side equipment notify the upstream data when Before domain information, the terminal side equipment receives the solicited message that the network equipment is sent, and the solicited message is for requesting The time-domain information of the upstream data.

Second of first aspect may specify that the terminal side equipment is based in the technical solution of implementation offer The access net side equipment is requested to trigger the transmission of the time-domain information of the upstream data.

Second based on first aspect to first aspect may any one in implementation, the of first aspect In three kinds of possible implementations, the method also includes: in the time domain for notifying the upstream data to the access net side equipment Before information, the second configuration information that the access net side equipment is sent is received, is indicated in second configuration information to described Access net side equipment notifies the condition of the time-domain information of the upstream data, wherein the condition includes: that the time domain is notified to believe The thresholding that the period of breath or while notifying time-domain information time-domain information are more than.

It is specified described in terminal side equipment notice in the technical solution that the third possible implementation of first aspect provides The trigger condition of time-domain information.

Any one of the third possible implementation based on first aspect to first aspect, the 4th of first aspect the In the possible implementation of kind, the method also includes: the terminal side equipment receives the third that the access net side equipment is sent Configuration information, the third configuration information indicate to notify that the time-domain information of the upstream data is made to the access net side equipment At least one of period and running time-frequency resource.

The technical solution that the possible implementation of the 4th kind of first aspect provides specifies that the terminal side equipment can be based on It is described to access period or the running time-frequency resource that net side equipment is configured by the third configuration information to feed back the upstream data Time-domain information.In one kind can be able to achieve, the third configuration information can carry second of possibility reality in first aspect In the request that access net side equipment is sent described in existing mode.

The 4th kind of possible implementation based on first aspect to first aspect any one, at the 5th kind of first aspect In possible implementation, the method also includes:

The solicited message for requesting to notify the time-domain information of the upstream data is sent to the access net side equipment, and Receive the response message to the solicited message that the access net side equipment is sent.

Optionally, the arrival time of the upstream data and the interval being successfully transmitted between the upstream data, it is described on In row non-scheduling resource when the arrival of the time-domain position adjacent with the arrival time of the upstream data and the upstream data Between between interval, time-domain position where sending the upstream data in the non-scheduling resource for the first time and last time success When interval where sending the upstream data between time-domain position is more than some thresholding, asked described in the terminal side equipment transmission Seek information.Optionally, which can give the terminal side equipment by the access net side device configuration.

The technical solution that the possible implementation of the 5th kind of first aspect provides is specified based on the terminal side equipment Request and the transmission for responding to realize the time-domain information of the upstream data of the access net side equipment.

Any one of the 5th kind of possible implementation based on first aspect to first aspect, the 6th of first aspect the In the possible implementation of kind, the time-domain information of the upstream data is notified described in the terminal side to the access net side equipment, It specifically includes:

On the ascending resource that the access net side equipment is dispatched for the data transfer request of the terminal side equipment, institute State the time-domain information that terminal side equipment sends the upstream data to the access net side equipment.

In the technical solution that the 6th kind of possible implementation of first aspect provides, since the access net side equipment is dynamic The ascending resource of state scheduling is normally based on the data transfer request of the terminal side equipment and distributes, therefore resource uses effect Rate is higher, can be more reasonable compared to the distribution of non-scheduling resource.So the terminal side equipment passes through in the access net side Equipment is that the time-domain information of the upstream data is sent to described connect on the ascending resource of the terminal side equipment dynamic dispatching Networking side apparatus enables to the access net side equipment more preferably efficiently to know the time-domain information of the upstream data.Having During body is realized, the terminal side equipment is sent out using the ascending resource that the access net side equipment is terminal side equipment scheduling When buffered data being sent to report, the time-domain information of the upstream data is also sent using the ascending resource of the scheduling, so as to Access net side equipment is reported according to the buffered data, and with further reference to the time-domain information of the upstream data, For the ascending resource for being again the terminal side equipment scheduling transmission upstream data.

Any one in the 6th kind of possible implementation based on first aspect to first aspect, the of first aspect In seven kinds of possible implementations, the method also includes: when the terminal side equipment notifies described to the access net side equipment The mark of the corresponding uplink non-scheduling resource of domain information, so that the access net side equipment knows that the terminal side equipment is anti- Which uplink non-scheduling resource the time-domain information of feedback corresponds to.

The application second aspect provides a kind of communication processing method of non-scheduling resource that access net side equipment executes.Its In, the access net side equipment can be independent access net side equipment itself, be also possible in the access net side equipment The circuit system of the communication processing method of the non-scheduling resource is realized at least one chip or the access net side equipment.

In the communication processing method for the non-scheduling resource that second aspect provides, the access net side equipment is set to terminal side Preparation send the first configuration information for being used to indicate the uplink non-scheduling resource for transmitting uplink data, and receives the terminal side The time-domain information for the upstream data that equipment is sent；

Wherein, the time-domain information of the upstream data include it is following at least one: the arrival time of the upstream data with It is successfully transmitted the interval between the upstream data, the arrival time institute in the uplink non-scheduling resource with the upstream data Adjacent time-domain position, in the uplink non-scheduling resource time-domain position adjacent with the arrival time of the upstream data with Interval between the arrival time of the upstream data, the arrival time of the upstream data, first in the non-scheduling resource It is secondary to send the upstream data place time-domain position and be successfully transmitted between the time-domain position of the upstream data place for the last time Interval；Send the waiting time when upstream data.

Optionally, in the communication processing method of the non-scheduling resource, the access net side equipment, which can be sent, to be used for Indicate the PDCCH whether non-scheduled function activates.In the non-scheduled function activation, described first is carried in the PDCCH Configuration information.

Using the technical solution that second aspect provides, by the terminal side equipment by the time-domain information of the upstream data The access net side equipment is fed back to, the access net side equipment is enabled to know whether distributed non-scheduling resource closes It is suitable, so as to optimized allocation of resources.

Based on second aspect, in the first possible implementation of second aspect, the mailing address of the non-scheduling resource Reason method further include: the access net side equipment to the terminal side equipment send adjustment information, the adjustment information for pair At least one of time-domain position and frequency domain position of the uplink non-scheduling resource are adjusted；In the non-scheduled money of the uplink Source be adjusted after time-domain position or frequency domain position on, the access net side equipment receive the terminal side equipment send it is described Upstream data.

Optionally, the adjustment information is carried disappears in the RRC that the access net side equipment is sent to the terminal side equipment It ceases, in PHY message or MAC message.

In the first possible implementation of second aspect, as the upstream data fed back to the terminal side equipment The response of time-domain information, the access net side equipment can be adjusted the uplink non-scheduling resource, non-scheduled to uplink The arrival as early as possible of resource, realizes the raising of data transmission efficiency.

Based in the possible implementation of the first of second aspect or second aspect, second in second aspect may be real In existing mode, the communication processing method of the non-scheduling resource further include: the access net side equipment is receiving the terminal side Before the time-domain information for the upstream data that equipment is sent, Xiang Suoshu terminal side equipment sends solicited message, the request letter Cease the time-domain information for requesting the upstream data.

Second of second aspect may specify that the terminal side equipment is based in the technical solution of implementation offer The transmission for requesting to realize the time-domain information of the upstream data of the access net side equipment.

Any one of second of possible implementation based on second aspect to second aspect, in the third of second aspect In the possible implementation of kind, the method also includes: Xiang Suoshu terminal side equipment sends the second configuration information, second configuration The condition that the time-domain information of the upstream data is notified to the access net side equipment is indicated in information, wherein the condition packet The thresholding that the time-domain information is more than when including: notifying the period of the time-domain information or notifying the time-domain information.

It is specified described in terminal side equipment notice in the technical solution that the third possible implementation of second aspect provides The trigger condition of time-domain information.

Any one of the third possible implementation based on second aspect to second aspect, the 4th of second aspect the Kind may be in implementation, the communication processing method of the non-scheduling resource further include: the access net side equipment is to the end End side equipment sends third configuration information, and the third configuration information indicates that the terminal side equipment sends the upstream data At least one of period and running time-frequency resource used in time-domain information.

The technical solution that the third possible implementation of second aspect provides specifies that the access net side equipment passes through The third configuration information is period or the time-frequency money for the time-domain information that the upstream data is fed back in terminal side equipment configuration Source is come.In one kind can be able to achieve, the third configuration information can carry second of possible implementation in second aspect Described in access net side equipment send the request in.

Any one of the third possible implementation based on second aspect to second aspect, the 5th of second aspect the In the possible implementation of kind, the method also includes:

The solicited message for the time-domain information for requesting to notify the upstream data that the terminal side equipment is sent is received, And the response message to the solicited message is sent to the terminal side equipment.

The technical solution that the possible implementation of the 5th kind of first aspect provides is specified based on the terminal side equipment Request and it is described access net side equipment response come trigger the upstream data time-domain information transmission.

Any one of the 5th kind of possible implementation based on second aspect to second aspect, the 6th of second aspect the In the possible implementation of kind, the access net side equipment receives the time domain letter for the upstream data that the terminal side equipment is sent Breath, specifically includes: in the ascending resource that the access net side equipment is dispatched for the data transfer request of the terminal side equipment On, the access net side equipment receives the time-domain information for the upstream data that the terminal side equipment is sent.

The 6th kind in technical solution and first aspect that the 6th kind of possible implementation of second aspect provides may be real The technical solution that existing mode provides is corresponding, therefore the beneficial effect generated with the 6th kind of possible implementation of first aspect It is similar.

Any one of the 6th kind of possible implementation based on second aspect to second aspect, the 7th of second aspect the In the possible implementation of kind, the method also includes: in the connection establishment process of the terminal side equipment and core-network side equipment In, the business information for the terminal side equipment that the core-network side equipment is sent is received, the business information indicates on described The size of row data, the sending duration of the upstream data, the period of the upstream data and the upstream data rise Begin at least one of time；According to the business information of the terminal side equipment, first configuration information is determined.

Using the technical solution that the 7th kind of possible implementation of second aspect provides, in the terminal side equipment to core During in the connection establishment process of net side equipment, access net side equipment passes through end for receiving from core-network side equipment The business information of end side equipment configures the uplink non-scheduling resource, so that more improving before the transmitting uplink data The accuracy of resource distribution is conducive to the raising of resource utilization.

The embodiment of the present application third aspect provides a kind of terminal side equipment, and the terminal side equipment includes: receiving unit, place Manage unit and transmission unit.Wherein, the reception is applied alone appoints in execution first aspect to each possible implementation of first aspect The reception movement for anticipating a kind of, processing unit be used to execute first aspect to each possible implementation of first aspect any one The processing movement such as determine, transmission unit unit for execute first aspect to each possible implementation of first aspect any one The movement such as transmission.In specific physics realization, receiving unit can be to receive circuit or receiver, and processing unit can be place It manages circuit or processor, transmission unit can be transmitting line or transmitter.Optionally, the terminal side equipment can be independent Terminal device, or chip or some circuit system in the terminal device, the chip or the circuit system The function of aforementioned each functional unit is realized in system comprising multiple gate circuits.The communication processing apparatus that the third aspect provides, can It is specifically no longer superfluous to realize the aforementioned first aspect beneficial effect that any one reaches to each possible implementation of first aspect It states.

The embodiment of the present application fourth aspect provides a kind of access net side equipment, and the access net side equipment includes: to send list Member and receiving unit.Wherein, the transmission unit is any to each possible implementation of second aspect for executing second aspect A kind of middle sending action, receiving unit is used to execute second aspect, and to second aspect each possible implementation, any one is connect Receipts movement.In specific physics realization, transmission unit can be transmitting line, and receiving unit can be reception circuit.Optionally, The access net side equipment can be independent access net side equipment (such as base station), or in the access net side equipment Chip or circuit system, comprising multiple gate circuits to realize aforementioned each function list in the chip or in the circuit system The function of member.It is each possible real to second aspect that aforementioned second aspect may be implemented in the communication processing apparatus that fourth aspect provides Any one beneficial effect for reaching of existing mode, specifically repeats no more.

The 5th aspect of the embodiment of the present application provides a kind of communication device, includes processor and memory, wherein the storage Device store instruction code when the code is called by the processor, realizes that first aspect is able to achieve to first aspect is each Method of any one or the second aspect of mode to each possible implementation of second aspect described in any one.Optionally, The communication device that 5th aspect provides can be chip system, or the terminal side equipment comprising the chip system or access net side Equipment.The communication device that 5th aspect provides may be implemented aforementioned first aspect to each possible implementation of first aspect and appoint One kind of anticipating or the second aspect beneficial effect that any one reaches to each possible implementation of second aspect, specifically no longer It repeats.

The 6th aspect of the application provides a kind of computer storage medium, store code in the computer storage medium, institute Code is stated for realizing any one or second aspect of such as first aspect to each possible implementation of first aspect to second Method of each possible implementation of aspect described in any one.The computer storage medium that 6th aspect provides, may include In chip system, or the terminal side equipment comprising the chip system or access net side equipment.The calculating that 6th aspect provides Aforementioned first aspect may be implemented to each possible implementation of first aspect any one or second party in machine storage medium The face beneficial effect that any one reaches to each possible implementation of second aspect, specifically repeats no more.

Detailed description of the invention

Fig. 1 is a kind of configuration diagram of wireless communication system provided by the embodiments of the present application；

Fig. 2 is a kind of system interaction schematic diagram of the communication processing method of non-scheduling resource provided by the embodiments of the present application；

Fig. 3 to Fig. 9 is respectively a kind of distribution schematic diagram of non-scheduling resource provided by the embodiments of the present application；

Figure 10 is a kind of system interaction schematic diagram of the communication processing method of non-scheduling resource provided by the embodiments of the present application；

Figure 11 is a kind of cellular construction schematic diagram of communication processing apparatus provided by the embodiments of the present application；

Figure 12 is a kind of entity structure schematic diagram of communication processing apparatus provided by the embodiments of the present application.

Specific embodiment

Wireless communication system shown in FIG. 1 includes access net side equipment and terminal side equipment, optionally further comprising core net Side apparatus.Wherein, access net side equipment can be base station, the various transmission receiving points such as wireless local network connecting point (transmission reception point, TRP) provides the access service under authorization frequency spectrum for terminal side equipment or non-awards Weigh the access service under frequency spectrum.The access net side equipment is connected to the core-network side equipment by wired or wireless way. Terminal side equipment includes user equipment (User Equipment, UE), is that one kind provides a user voice and/or data connectivity Equipment, for example, with wireless connecting function handheld device, mobile unit etc..Common terminal side equipment for example, Mobile phone, tablet computer, laptop, palm PC, mobile internet device (mobile internet device, MID), Wearable device, such as smartwatch, Intelligent bracelet, pedometer etc..

The terminal side equipment and the access net side equipment are on the uplink and downlink according to protocol layer in sky Upstream data and downlink data are transmitted respectively on middle interface.Wherein, the access net side equipment can be used as an autonomous device, Distinct device can be split into according to protocol layer.For example, after the access net side equipment is split according to protocol layer, it is described to connect Networking side apparatus may include control unit (control unit, CU) and at least one distributed unit (distributed unit,DU).The CU is for realizing the PDCP layer for accessing net side equipment, rrc layer and its function with upper protocol layer；Institute DU is stated for realizing the rlc layer of the access net side equipment, the function of MAC layer and PHY layer.Those skilled in the art can manage Solution: in following each implementation, the access net side equipment is at PDCP layers, rrc layer or can with the function of upper protocol layer It is executed by the CU；For access net side equipment in rlc layer, the function of MAC layer or PHY layer is executed by least one described DU.

Wireless communication system shown in FIG. 1 can be new wireless (New Radio, NR) system (also referred to as 5G system), LTE (long term evolution, LTE), advanced long term evolution (advanced long term evolution, LTE-A) The wireless communication systems such as system, long term evolution (evolved long term evolution, eLTE) system of evolution.

In each embodiment of the application, from physics realization, the access net side equipment can be base station, wireless office Domain net access point itself is also possible to the base station or chip or circuit system in the wireless local network connecting point；It is described Terminal side equipment can be user equipment itself or chip or circuit system in the user equipment.

In each embodiment of the application, the biography for the periodic data that non-scheduling resource is basically unchanged commonly used in size It is defeated, for example, the period be 1ms industrial automation data and the period be 20ms, a data package size is in 100 bytes or so Voice (voice over internet protocol, VOIP) data based on Internet protocol etc..Dispatching resource is institute It states access net side equipment and responds the resource scheduling request of the terminal side equipment (such as by random access procedure or physical uplink The scheduling request transmitted in control channel) and the resource of distribution.And non-scheduling resource and the scheduling resource are on the contrary, without described The resource scheduling request of terminal side and by the access net side equipment be in advance terminal side equipment distribution resource, such as SPS resource and grant free resource etc..

For the transmission of service life data, it is generally the case that the access net side equipment is the non-scheduling resource At least one period is configured, the period identical with the data to be transferred period at least one period can be used for the terminal side equipment Transmit the data.It is described access net side equipment by for the terminal side equipment progress non-scheduling resource primary distribution, Before the non-scheduling resource is re-equipped or is released, the terminal side equipment can be used for multiple times in subsequent multiple TTI, and Pass through the distribution that PDCCH is scheduled resource, Ke Yijie in each TTI that transmit data without the access net side equipment Save the signaling overheads on PDCCH.But the access net side equipment does not know the scheduling resource of the terminal side equipment distribution Whether time-domain position is suitable, if it is improper, such as the terminal side equipment would need the long period that could wait the non-scheduled money The arrival in source will cause data transmission efficiency lower.

For example, the distribution of existing SPS is reached there are resource and data arrival time unmatched problem: some upstream data Packet when reaching the terminal side equipment, may there is no the SPS resource of distribution, the terminal side equipment will etc. until SPS money Source retransmits the upstream data packet after arriving.For VoIP data, since every 20ms sends a data packet, in 20ms The data packet is sent out, usually will not influence user experience.But for industrial automation data, 1ms is needed to send out A data packet is sent, if waiting time delay too long, in even more than 50% period (being greater than 0.5ms), will seriously affect user's body It tests.Due to extending when waiting, the time for really transmitting data packet is just short, causes data transmission efficiency to reduce, also serious shadow The stability of data transmission is rung.

In view of above-mentioned technical problem, the application first embodiment provides a kind of communication processing method of non-scheduling resource, answers It is terminal distribution non-scheduling resource the scene that carries out transmitting uplink data for accessing net side equipment.System as shown in Figure 2 Interaction schematic diagram, including the following contents.

201, access net side equipment sends the first configuration information to terminal side equipment, indicates in first configuration information Uplink non-scheduling resource, wherein transmission of the uplink non-scheduling resource for the upstream data of the terminal side equipment.

With the movement of the terminal side equipment in a wireless communication system, the terminal side equipment passes through random access mistake Journey (random access procedure) is established connection (such as RRC is connect) with the access net side equipment, the access net Side apparatus can be that the terminal side equipment collocating uplink is non-by the connection (such as the RRC information transmitted by RRC connection) Scheduling feature, and in the non-scheduled function of uplink indicate uplink non-scheduling resource period.

Optionally, the access net side equipment can configure the non-scheduled function of the uplink for the terminal side equipment In the process, first configuration information is indicated in the non-uplink scheduling function.

Optionally, the access net side equipment is by carrying first configuration information in the PDCCH to indicate The time-domain position of uplink non-scheduling resource is stated, the terminal side equipment obtains first configuration information by the PDCCH, such as Resource allocation schematic diagram shown in Fig. 3.Activation and the uplink that the non-scheduled function of the uplink is also indicated in the PDCCH are non- Dispatch the frequency domain position etc. of resource.

202, terminal side equipment determines the time-domain information of upstream data.

In 201 and 202, as a kind of possible implementation, the uplink that first configuration information is configured is non- Dispatch resource include at least two uplink non-scheduling resource, wherein different resource type (such as grant free resource and SPS resource) uplink non-scheduling resource be not of the same race or same asset type (such as being SPS resource) but different week Phase is also not of the same race.All kinds of uplink non-scheduling resource or selection described at least two can be used in the terminal side equipment In the first uplink non-scheduling resource (such as SPS resource) be used for the upstream data transmission, and determine the first uplink The corresponding time-domain information of non-scheduling resource.

If the arrival time of some data packet of the upstream data reaches earliest with the first uplink non-scheduling resource The interval of time-domain position be more than some thresholding (optionally the thresholding can be by the access net side device configuration), and it is described It can reach to transmit this in advance there are second of uplink non-scheduling resource (such as grant free resource) at least two A data packet, then the terminal side equipment can be used second of uplink non-scheduling resource and send out to the access net side equipment Give this data packet.Optionally, the terminal side equipment can be used only second of uplink non-scheduling resource and send this Data packet, can also while sending this data packet using second of uplink non-scheduling resource, it is described the first Uplink non-scheduling resource reuses the first described non-scheduling resource and sends this data packet after reaching, with improve data transfer Reliability.Other data packets of the upstream data can be handled as procedure described above.

Optionally, the first described uplink non-scheduling resource is the private resource used specific to the terminal side equipment, Second of non-scheduling resource is resource (the different terminals side apparatus that the terminal side equipment and other terminal side equipments are shared It can be by competing using shared resource).As can be seen that under normal circumstances, the first uplink non-scheduling resource Use priority is higher than the use priority of second of non-scheduling resource.

In 202, the time-domain information of the upstream data include it is following at least one:

A) arrival time of the upstream data.

When the arrival time of the upstream data is specifically as follows the arrival of m-th upstream data packet of the upstream data Between.It specifically, can be application layer generation time of the m-th upstream data packet in the terminal side equipment, from the end The time that the application layer of end side equipment issues, reach the PDCP layer of the terminal side equipment, rlc layer, MAC layer or PHY layer when Between, it is set in the generation time of the PDCP layer of the terminal side equipment, rlc layer, MAC layer or PHY layer, or from the terminal side The time that standby PDCP layer, rlc layer, MAC layer or PHY layer issues.

Wherein, M is the positive integer not less than 1.The arrival time of the m-th upstream data packet can be according on first The arrival time of row data packet and the period of data transmission are calculated.The chronomere of the time-domain information can be milli Second, microsecond is also possible to the positive integer times of a TTI, for example, at least a time-domain symbol (symbol) at nanosecond, at least one Time slot (slot), at least one subframe (sub-frame) or at least one frame (frame) etc..Optionally, the terminal side is set It is standby that bit value can be used to indicate the time-domain information.Assuming that the chronomere of the time-domain information is time-domain symbol and one It include 14 symbols in a TTI, then 4 bits (totally 16 bit values) can be used to indicate the time-domain information for the time-domain information In specific time value.

B) time-domain position adjacent with the arrival time of the upstream data in the uplink non-scheduling resource, for example, The time-domain position adjacent with the arrival time of the m-th upstream data packet in the uplink non-scheduling resource.It is described adjacent Time-domain position can be in (b-1) described uplink non-scheduling resource before the arrival time of the m-th upstream data packet In nearest time-domain position, or (b-2) described uplink non-scheduling resource after the arrival time of the m-th upstream data packet Nearest time-domain position, as shown in Figure 4.Optionally, for situation b), the time-domain information of the upstream data can also be referred specifically to Show that the adjacent time-domain position is any in (b-1) and (b-2).

C) time-domain position adjacent with the arrival time of the upstream data in the uplink non-scheduling resource with it is described Interval between the arrival time of upstream data.For example, in the uplink non-scheduling resource with the m-th upstream data packet Interval between the adjacent time-domain position of time-domain position and the time-domain position of the m-th upstream data packet, as shown in Figure 5.

D) interval between the arrival time of the upstream data and the time for being successfully transmitted the upstream data packet.Example Such as, between the arrival time of the m-th upstream data packet and the time for being successfully transmitted the m-th upstream data packet Every.Wherein, the time for being successfully transmitted the m-th upstream data packet can be bundled into function for the m-th upstream data and send out Time (time-domain position of the m-th upstream data packet is successfully transmitted out in the uplink non-scheduling resource) or institute It states terminal side equipment and receives the instruction for being used to notify to be properly received the m-th upstream data packet from the access net side equipment The time of information, as shown in Figure 6.

E) time-domain position where sending the upstream data in the non-scheduling resource for the first time is successfully sent out with last time Interval where sending the upstream data between time-domain position.For example, the m-th is sent in the non-scheduling resource for the first time Where time-domain position where upstream data packet and last time are successfully transmitted the m-th upstream data packet between time-domain position Interval.For the ease of realizing, time-domain position where sending the m-th upstream data for the first time and last time are successfully transmitted institute Interval where stating m-th upstream data packet between time-domain position can the non-scheduling resource period or the m-th on The repetition transmission times of row data packet is unit, as shown in Figure 7.

F) waiting time when upstream data reaches.For example, the m-th upstream data packet of the upstream data reaches The waiting time is divided between sending out with the m-th upstream data packet.For the ease of realizing, in this case, can set Set M=1.

Optionally, for situation b)-e) any one can be by the terminal side equipment according to the uplink non-scheduling resource Time-domain position be determined.

Optionally, the terminal side equipment can also notify non-tune belonging to time-domain information described in the access net side equipment Spend the mark of resource.For example, it is small that the mark of the SPS resource can be SPS if the non-scheduling resource is SPS resource Area's radio network temporary identifier (cell wireless network temporary identifier, C-RNTI).If institute Stating non-scheduling resource is grant free resource, then the mark of the grant free resource can be the terminal side equipment institute It is identified in the group of set of terminal.Wherein, the access net side equipment can configure not for the different upstream datas of the terminal side equipment Same non-scheduling resource, the terminal side equipment can send the time-domain information of different upstream datas to the access net side equipment, And indicate the corresponding non-scheduling resource of time-domain information institute of the different upstream datas.

In a kind of optional implementation, after m-th upstream data packet arrival, the terminal side equipment starting meter When device, the time-domain information is obtained by the timing duration of the timer.Specifically, the timer can be by the end End side equipment generates or issues the protocol layer maintenance of the m-th data packet, to record above-mentioned various intervals respectively.

Optionally, the time-domain information of the upstream data is also possible to by the terminal side accordingly a)-d) appoint Anticipate it is a kind of determined by resource adjusted value, so that the access net side equipment is to the time-domain position and frequency domain of the non-scheduling resource At least one of position is adjusted.

203, the terminal side equipment notifies the time-domain information of the upstream data to the access net side equipment.

In 203, the terminal side equipment can be by RRC information, upper line number described in MAC message or PHY message informing According to time-domain information.The terminal side equipment notifies the reliability of the time-domain information higher using the RRC information, uses institute The time delay for stating time-domain information described in PHY message informing is shorter, using time-domain information described in the MAC message informing then between the two Between.

In step 201-203, the time-domain information notified by the terminal side equipment, the access net side equipment Can know whether distributed uplink non-scheduling resource is suitable, to be conducive to the raising of data transmission efficiency.

As a kind of possible implementation, the method also includes: 202 ', before 203, the terminal side equipment is received The solicited message of the access net side equipment, the solicited message are used to request the time-domain information of the upstream data.Wherein, 202 and 202 ' do not have chronological order.Optionally, the terminal side equipment detection needs to wait for the arrival of the non-scheduling resource Or the waiting time be more than some thresholding when, then the terminal side equipment sends the upstream data to the access net side equipment Time-domain information.Optionally, the access net side equipment can indicate the terminal side equipment in the non-scheduled function of collocating uplink Whether aforementioned detection is carried out.

As alternatively possible implementation, the method also includes: 202 ", before 203, the terminal side equipment to The access net side equipment sends solicited message, and the solicited message is used to request to notify the time-domain information of the upstream data, And receive the response message to the solicited message that the access net side equipment is sent.Wherein, it is indicated in the response message Allow to notify.Wherein, 202 and 202 " do not have chronological order, and 202 " be that alternative implementation with 202 '.

Optionally, second is sent to the terminal side equipment the method also includes: the access net side equipment match confidence It ceases, the condition for notifying the time-domain information of the upstream data to the access net side equipment is indicated in second configuration information, Wherein, the condition includes: to notify the period of the time-domain information or notify that the time-domain information is more than when the time-domain information Thresholding.

Optionally, the method also includes: notify the uplink to the access net side equipment in the terminal side equipment Before the time-domain information of data, the terminal side equipment receives the third configuration information that the access net side equipment is sent, described Third configuration information indicate to notify to the access net side equipment period used in the time-domain information of the upstream data and when At least one of frequency resource.

Optionally, in order to further increase data transmission efficiency, the terminal side equipment can be set by the access net side The standby notice for carrying out realizing the time-domain information in uplink scheduling resource allocation and use process.

Specifically, before 203, the method also includes: 2031, the terminal side equipment notifies the access net side to set Having upstream data will send, to request access net side equipment scheduling (scheduling) ascending resource；2032, it is described Access net side equipment be the terminal side equipment dispatch the first ascending resource and by first ascending resource of scheduling notify to The terminal side equipment.In 203, the terminal side equipment uses first ascending resource of scheduling to the access net side Equipment sends the time-domain information and buffer area data report (buffer status report, BSR), wherein includes in BSR The data to be transferred amount of upstream data described in the terminal side equipment.Optionally, the time-domain information is included in the BSR. Further, 2033, access net side equipment is terminal side equipment scheduling the according to the data to be transferred amount of the upstream data Two ascending resources, and second ascending resource dispatched to terminal side equipment notice；2034, the terminal side equipment makes The upstream data is sent with second ascending resource of scheduling.Wherein, 202 and 2031,2032 is successive without time sequencing. In this optional implementation, when being generated due to upstream data, uplink non-scheduling resource may be lot more time to reach, Therefore time-domain information is also sent to by the terminal side equipment when notifying how many data of the access net side equipment to be sent The access net side equipment is further distributed using the access net side equipment according to the data to be transferred amount of the upstream data Uplink scheduling resource send the upstream data, it is possible to reduce the transmission delay of the upstream data, to improve data Efficiency of transmission.After the access net side equipment obtains the time-domain information of the upstream data, in order to further improve number According to efficiency of transmission, the access net side equipment can be according to the time-domain information of the upstream data to the uplink non-scheduling resource It is adjusted, so that the uplink non-scheduling resource adjusted can reach as early as possible.Therefore, the present embodiment further includes with lower section Method step.

204, the access net side equipment determines adjustment information, the adjustment letter according to the time-domain information of the upstream data Cease for the uplink non-scheduling resource time-domain position and frequency domain position at least one be adjusted.

205, the access net side equipment sends the adjustment information to the terminal side equipment.

(m) the time-domain information of the upstream data be the uplink non-scheduling resource in the m-th upstream data In the case where the arrival time of packet adjacent time-domain position:

In a kind of optional implementation, the access net side equipment determines the time domain position to the uplink non-scheduling resource The adjustment amount set is the interval in situation (m), and sends the adjustment information, the adjustment information to the access net side equipment Instruction allows to adjust.It optionally, does not include the interval in the adjustment information.

In another optional implementation, the access net side equipment is according to the time-domain information, the access net side The adjustment letter of the non-scheduling resource is arranged at least one of configuration of the loading condition of equipment and the non-scheduling resource Breath, to reduce the interval, so that the uplink non-scheduling resource arrives as early as possible.Wherein, the loading condition includes: described The quantity for all terminal side equipments that access net side equipment has accessed, the uplink non-scheduling resource are made by other terminal side equipments With the case where etc..The configuration of the non-scheduling resource includes: the non-scheduling resource of the access net side device configuration At least two resource distributions, each resource distribution indicate respectively that each resource distribution corresponding period and the non-scheduling resource exist Time-frequency location in the period.The access net side equipment can select a resource from least two resource distribution It configures (such as data transmission efficiency highest), and indicates selected this resource distribution out in the adjustment information, so that institute The transmission that terminal side equipment carries out upstream data using this selected resource distribution is stated, as shown in Figure 8.Specifically, described The mark of selected this resource distribution out can be carried in adjustment information, or according to this resource distribution and is currently configured Offset in time domain or frequency domain.

(n) arrival time in the m-th data packet that the time-domain information is the upstream data and the m-th data In the case where wrapping the interval between the time being successfully transmitted on uplink non-scheduling resource:

In a kind of optional implementation, whether the interval in access net side equipment estimate of situation (y) is more than default Thresholding.If be no more than, the access net side equipment be can determine without being adjusted to the non-scheduling resource.If super Cross, then the access net side equipment determines that the m-th data packet retransmission number is excessive, on the non-scheduling resource there may be Resource contention, then the access net side equipment, which determines, needs to be adjusted the non-scheduling resource, and sets to the terminal side Preparation send the adjustment information of the non-scheduling resource.Optionally, the adjustment information is specially indication information element, the indication information element Identify the non-scheduling resource running time-frequency resource position to be adjusted arrived.Optionally, the access net side equipment can determine Adjustment amount of the non-scheduling resource on time-domain position, or determine the adjustment amount on frequency domain position, and believe by the adjustment Breath indicates that the adjustment amount notifies the terminal side equipment, and the terminal side equipment is according to the adjustment amount in unadjusted institute It states and is adjusted on non-scheduling resource.Optionally, the access net side equipment is when sending the adjustment information, also to the end End side equipment notifies the entry-into-force time of the adjustment information.The entry-into-force time instruction is described after receiving the adjustment information Adjustment information comes into force after the X period of the uplink non-scheduling resource, and X is that (illustratively, X is less than or equal to 0 table to integer It is bright to come into force)

Optionally, the uplink non-scheduling resource may belong to some resource group, and the access net side equipment is according to entire Resource group carries out the adjustment of time-domain position or frequency domain position.For ease of description, resource allocation schematic diagram as shown in Figure 9, it is assumed that Containing different uplink non-scheduling resource A, B and C in the resource group within the same period (can not connect continuously or It is continuous), optionally A, B, C are upper can to send repetitive data packet to enhance signal and transmit.If determining pair of the access net side equipment The time-domain position or frequency domain position of uplink non-scheduling resource A is adjusted, then in the affiliated resource group of uplink non-scheduling resource A All other non-scheduling resource (B and C) is required to carry out adjustment identical as A carry out.

206, the terminal side equipment according to the adjustment information determine after the uplink non-scheduling resource is adjusted when Domain position or frequency domain position.

The access net side equipment can be by RRC information, adjustment information described in MAC message or PHY message informing.It is described It accesses net side equipment and notifies the reliability of the time-domain information higher using the RRC information, use the PHY message informing institute The time delay for stating time-domain information is shorter, is then fallen between using time-domain information described in the MAC message informing.

207, the terminal side equipment on the time-domain position or frequency domain position after the uplink non-scheduling resource is adjusted, The upstream data is sent to the access net side equipment.

The application second embodiment provides a kind of communication processing method of non-scheduling resource, system interaction as shown in Figure 10 Schematic diagram, including the following contents.The application second embodiment can also be mentioned independently of first embodiment in first embodiment It is executed before the step 201 of confession, so that the method and step with first embodiment is applied in combination.

1001, terminal side equipment initiates to connect foundation with core-network side equipment.

1002, in the connection establishment process or after the completion of the connection is established, the access net side equipment obtains institute State the business information of terminal side equipment.

1002 (A) from terminal side equipment, access net side equipment establish connection to core-network side equipment during (such as RRC connection), access net side equipment receives the business information of the terminal side equipment from core-network side equipment, and according to the industry Business information is that the terminal side equipment targetedly configures the non-scheduling resource:

The core-network side equipment is sent and by the access net side equipment transparent transmission receiving the terminal side equipment After request (such as carrying in non-access (Non-Access Stratum, NAS) layer signaling) is established in connection, to the access net side Equipment sends instruction message；The instruction message indicates that the access net side equipment is that the terminal side equipment establishes air interface On radio bearer, further include the upstream data of the terminal side equipment or the initial time of downlink data.

Optionally, the initial time of the upstream data is that the 1st upstream data packet reaches the terminal side equipment time (such as reach the terminal side equipment application layer or other protocol layers, from the terminal side equipment application layer or other agreements The time that layer is generated or issued).Wherein, other protocol layers can be PDCP layers, rlc layer, MAC layer or PHY layer.The above-mentioned number According to initial time, can also be the offset with the System Frame Number of some frame (frame) (such as frame number be 0).

Optionally, the initial time of the downlink data is that the 1st downlink data packet reaches the access net side equipment (example Access the PDCPC layer of net side equipment as described in reaching, rlc layer, the time of MAC layer or PHY layer, or from the access net side equipment PDCP layer, rlc layer, the time of generation or the sending of MAC layer or PHY layer) or from core-network side equipment (such as from core-network side Some protocol layer of equipment) issue time.The initial time of the downlink data can also be the System Frame Number (example of some frame If frame number is offset 0).

The chronomere of the initial time can be millisecond, microsecond, nanosecond be also possible to the positive integer times of a TTI, A for example, at least time-domain symbol (symbol), at least one time slot (slot), at least one subframe (sub-frame) or at least One frame (frame) etc..

In a kind of possible implementation, the terminal side equipment can be established in request in the connection and carry the end The mark of end side equipment, the core-network side equipment read the upper of the terminal side equipment according to the mark of the terminal side equipment Hereafter, wherein of upstream data or downlink data in the context of the terminal side equipment comprising the terminal side equipment Begin the time, in alternatively possible implementation, the terminal side equipment can be established in request described in carrying in the connection The upstream data of terminal side equipment or the initial time of downlink data, so that the equipment of the core network is by the notification of business information To the access net side equipment.

1002 (B) are after the completion of the connection is established:

After the completion of the connection is established, the terminal side equipment can be by Non-Access Stratum signaling to core-network side equipment The business information is sent, so that the business information is sent to the access net side equipment by the core-network side equipment.

Optionally, usually have particularly with the characteristic of industrial automation data, between upstream data and downlink data solid Fixed time deviation, therefore the initial time of the upstream data can be according to the initial time and the terminal of the downlink data Side apparatus determines the processing time of the downlink data.

It should be noted that the realization side of 1002 (A) and 1002 (B) one of both can be executed in a second embodiment Formula after the implementation that can also have executed 1002 (A), still carries out the implementation of 1002 (B).

1003, the access net side is used for transmission in upstream data and downlink data at least according to business information determination The configuration of one non-scheduling resource, so as to by the configuration notification of the non-scheduling resource to the terminal side equipment.

Using the technical solution that the application second embodiment provides, before carrying out data transmission, the access net side is set The standby initial time that can shift to an earlier date upstream data or downlink data that the terminal side equipment is known from core-network side equipment, thus The non-scheduling resource is targetedly configured according to the business information, particularly with the terminal side equipment in communication system In just pass data, it is possible to reduce the inappropriate situation of the configuration of the non-scheduling resource is conducive to mentioning for data transmission efficiency It is high.

Third embodiment of the invention provides a kind of communication processing method of non-scheduling resource, and this method can be independently of first Embodiment executes, and can also be used as in first embodiment 201 and 202 specific further refinement.

(A) access net side equipment be terminal side equipment configure at least two uplink non-scheduling resources (such as by first implement It is indicated in the first configuration information in example).Wherein, different resource type (such as grant free resource and SPS resource) is upper Row non-scheduling resource is not of the same race or same asset type (such as being SPS resource) but different cycles are not of the same race.

(B) terminal side equipment uses first in all kinds of uplink non-scheduling resource or selection described at least two Kind uplink non-scheduling resource (such as SPS resource) is used for transmission of the upstream data.

Optionally, the first described uplink non-scheduling resource has use priority high, or specific to (specific to) The characteristics of terminal side equipment (dedicated by the terminal side equipment).The terminal side equipment preferentially uses that described the first is non- Dispatch resource.If reliability needed for the upstream data improves；Or some data packet of the upstream data arrival when Between the interval of time-domain position that is reached earliest with the first uplink non-scheduling resource be more than that (optionally the thresholding can for some thresholding By the access net side device configuration), and there are second uplink non-scheduling resource (such as grant in described at least two Free resource) it can reach in advance and be used for transmission this data packet；Perhaps the size of the upstream data becomes larger or the end Channel degradation between end side equipment and the access net side equipment, then second of uplink can be used in the terminal side equipment Non-scheduling resource sends each data packet of the upstream data to the access net side equipment, to meet data transmission need It asks.Optionally, second of uplink non-scheduling resource has use priority low compared with the first uplink non-scheduling resource, or (different terminals side apparatus can be by competing come using second of uplink non-scheduling resource) is shared by multiple terminal side equipments Feature.

Optionally, the terminal side equipment can be used only second of uplink non-scheduling resource and send this data Packet, can also continue to use described first while sending this data packet using second of uplink non-scheduling resource Kind non-scheduling resource sends this data packet, with the reliability of improve data transfer.For other data of the upstream data Packet can be handled as procedure described above.

Using the technical solution that 3rd embodiment provides, since access net side equipment can be a variety of for terminal side equipment configuration Uplink non-scheduling resource sends upstream data by terminal side equipment and uses, thus can be improved the efficiency of transmission of upstream data with Stability.

The application fourth embodiment provides a kind of communication processing apparatus 1100, communication processing apparatus unit as shown in figure 11 Structural schematic diagram, the communication processing apparatus 1100 include receiving unit 1101 and transmission unit 1102.

The application fourth embodiment provide communication processing apparatus 1100, can be first embodiment, second embodiment or Terminal side equipment in 3rd embodiment, and execute method performed by the terminal side equipment.Correspondingly, communication processing apparatus 1100 further include processing unit 1103.Specifically, receiving unit 1101 is for executing first embodiment, second embodiment or third The reception of terminal side equipment described in embodiment acts, and the transmission that transmission unit 1102 is used to execute the terminal side equipment is dynamic To make, processing unit 1103 is acted for executing the determination of the terminal side equipment etc. reason, first embodiment is specifically referred to, the Content described in two embodiments and 3rd embodiment.

The communication processing apparatus 1100 that the application fourth embodiment provides, or access net side equipment, for realizing Method performed by net side equipment is accessed in first embodiment, second embodiment or 3rd embodiment.Specifically, receiving unit 1101 for executing the reception movement of the access net side equipment, and transmission unit 1102 is used to execute the access net side equipment Sending action specifically refers to first embodiment, content described in second embodiment and 3rd embodiment.

In particular hardware realization, the hardware structural diagram of communication processing apparatus as shown in figure 12, the reception list The function of member 1101 specifically can be to be realized by receiver 1201, and the transmission unit 1102 can be by transmitter 1202 real Existing, the function of the processing unit 1103 can specifically be realized by processor 1203.The communication processing apparatus can also include Various electronic circuits, such as bus 1204, memory 1205 and communication interface 1206 etc..It wherein, can in the memory When described instruction code is called by the processor 1203, to implement for realizing first embodiment, second comprising instruction code Example in or 3rd embodiment access net side equipment or terminal side equipment function.

Communication interface can be wired communication interface, wireless communication interface or combination, wherein wired communication interface for example may be used Think Ethernet interface.Ethernet interface can be optical interface, electrical interface or combinations thereof；Wireless communication interface can be wireless office Domain network interface.

Bus can be Peripheral Component Interconnect standard (peripheral component interconnect, PCI) bus Or expanding the industrial standard structure (extended industry standard architecture, EISA) bus etc..Bus can To be divided into address bus, data/address bus, control bus etc..

It should be understood by those skilled in the art that, embodiments herein can provide as method, system or computer program Product.Therefore, complete hardware embodiment, complete software embodiment or reality combining software and hardware aspects can be used in the application Apply the form of example.Moreover, it wherein includes the computer of computer usable program code that the application, which can be used in one or more, The computer program implemented in usable storage medium (including but not limited to magnetic disk storage, CD-ROM, optical memory etc.) produces The form of product.

The application is process of the reference according to method, apparatus (system) and computer program product of the embodiment of the present application Figure and/or block diagram describe.It should be understood that every one stream in flowchart and/or the block diagram can be realized by computer program instructions The combination of process and/or box in journey and/or box and flowchart and/or the block diagram.It can provide these computer programs Instruct the processor of general purpose computer, special purpose computer, Embedded Processor or other programmable data processing devices to produce A raw machine, so that being generated by the instruction that computer or the processor of other programmable data processing devices execute for real The device for the function of being specified in present one or more flows of the flowchart and/or one or more blocks of the block diagram.

These computer program instructions, which may also be stored in, is able to guide computer or other programmable data processing devices with spy Determine in the computer-readable memory that mode works, so that it includes referring to that instruction stored in the computer readable memory, which generates, Enable the manufacture of device, the command device realize in one box of one or more flows of the flowchart and/or block diagram or The function of being specified in multiple boxes.

These computer program instructions also can be loaded onto a computer or other programmable data processing device, so that counting Series of operation steps are executed on calculation machine or other programmable devices to generate computer implemented processing, thus in computer or The instruction executed on other programmable devices is provided for realizing in one or more flows of the flowchart and/or block diagram one The step of function of being specified in a box or multiple boxes.

Claims

1. a kind of communication processing method of non-scheduling resource is used for terminal side equipment characterized by comprising

The first configuration information that access net side equipment is sent is received, first configuration information indicates uplink non-scheduling resource, The uplink non-scheduling resource is used for the transmission of upstream data；

It determines the time-domain information of the upstream data, and notifies the time domain of the upstream data to believe to the access net side equipment Breath；

The arrival time of the upstream data and the interval being successfully transmitted between the upstream data, the uplink non-scheduling resource In the time-domain position adjacent with the arrival time of the upstream data, in the uplink non-scheduling resource with the upstream data Arrival time adjacent time-domain position and the upstream data arrival time between interval, the upstream data arrives Time-domain position where sending the upstream data for the first time up to the time, in the non-scheduling resource and last time are successfully transmitted institute Interval where stating upstream data between time-domain position, sends the waiting time when upstream data.

2. the method as described in claim 1, which is characterized in that further include:

The adjustment information that the access net side equipment is sent is received, the adjustment information is used for the uplink non-scheduling resource At least one of time-domain position and frequency domain position are adjusted；

On the time-domain position or frequency domain position after the uplink non-scheduling resource is adjusted, sent to the access net side equipment The upstream data.

3. method according to claim 2, which is characterized in that wherein,

The time-domain information of the upstream data, which is carried, is sent to the physical layer of the access net side equipment in the terminal side equipment In message or media access control layer message；And/or

The adjustment information, which is carried, is sent to the physical layer message or media of the terminal side equipment in the access net side equipment In access control layer message.

4. method as claimed in any one of claims 1-3, which is characterized in that further include:

Before notifying the time-domain information of the upstream data to the access net side equipment, the access net side equipment hair is received The solicited message sent, the solicited message are used to request the time-domain information of the upstream data.

5. the method as described in claim 1-4, which is characterized in that further include:

The mark of the corresponding uplink non-scheduling resource of the time-domain information is notified to the access net side equipment.

6. the method as described in claim 1-5 any one, which is characterized in that further include:

Before notifying the time-domain information of the upstream data to the access net side equipment, the access net side equipment hair is received The second configuration information sent, indicate in second configuration information to notify to the access net side equipment upstream data when The condition of domain information, wherein the condition include: when notifying the period of the time-domain information or notifying the time-domain information described in The thresholding that time-domain information is more than.

7. a kind of communication processing method of non-scheduling resource, for accessing net side equipment characterized by comprising

Send the first configuration information to terminal side equipment, first configuration information indicates uplink non-scheduling resource, it is described on Row non-scheduling resource is used for the transmission of upstream data；

Receive the time-domain information for the upstream data that the terminal side equipment is sent；

8. the method for claim 7, which is characterized in that further include:

Adjustment information is sent to the terminal side equipment, the adjustment information is used for the time domain position to the uplink non-scheduling resource Set that at least one is adjusted with frequency domain position；

On the time-domain position or frequency domain position after the uplink non-scheduling resource is adjusted, receives the terminal side equipment and send The upstream data.

9. method according to claim 8, which is characterized in that wherein,

10. the method as described in claim 7-9 any one, which is characterized in that further include:

Before the time-domain information for receiving the upstream data that the terminal side equipment is sent, Xiang Suoshu terminal side equipment is sent Solicited message, the solicited message are used to request the time-domain information of the upstream data.

11. the method as described in claim 7-9 any one, which is characterized in that further include:

Receive the mark of the uplink non-scheduling resource corresponding to the time-domain information that the terminal side equipment is sent.

12. the method as described in claim 7-11 any one, which is characterized in that further include:

The second configuration information is sent to the terminal side equipment, is indicated in second configuration information to the access net side equipment Notify the condition of the time-domain information of the upstream data, wherein the condition includes: to notify the period or logical of the time-domain information Know the thresholding that the time-domain information is more than when the time-domain information.

13. the method as described in claim 7-12 any one, which is characterized in that

In the connection establishment process of the terminal side equipment and core-network side equipment, the described of core-network side equipment transmission is received The business information of terminal side equipment includes the initial time of the upstream data in the business information；

According to the business information of the terminal side equipment, first configuration information is determined.

14. a kind of terminal side equipment characterized by comprising

Receiving unit, the first configuration information sent for receiving access net side equipment, first configuration information indicate Row non-scheduling resource, the uplink non-scheduling resource are used for the transmission of upstream data；

Processing unit, for determining the time-domain information of the upstream data；

Transmission unit, for notifying the time-domain information of the upstream data to the access net side equipment；

15. terminal side equipment as claimed in claim 14, which is characterized in that

The receiving unit, be also used to receive it is described access net side equipment send adjustment information, the adjustment information for pair At least one of time-domain position and frequency domain position of the uplink non-scheduling resource are adjusted；

The transmission unit is also used on the time-domain position or frequency domain position after the uplink non-scheduling resource is adjusted, to The access net side equipment sends the upstream data.

16. terminal side equipment as claimed in claim 15, which is characterized in that wherein,

17. the terminal side equipment as described in claim 13-16 any one, which is characterized in that

The receiving unit is also used to before notifying the time-domain information of the upstream data to the access net side equipment, connects The solicited message that the network equipment is sent is received, the solicited message is used to request the time-domain information of the upstream data.

18. the terminal side equipment as described in claim 13-17 any one, which is characterized in that

The transmission unit is also used to notify the corresponding uplink of the time-domain information non-scheduled to the access net side equipment The mark of resource.

19. the terminal side equipment as described in claim 13-18 any one, which is characterized in that

Before the transmission unit notifies the time-domain information of the upstream data to the access net side equipment, the reception is single Member is also used to receive the second configuration information that the access net side equipment is sent, and indicates to connect to described in second configuration information Networking side apparatus notifies the condition of the time-domain information of the upstream data, wherein the condition includes: to notify the time-domain information Period or while notifying time-domain information time-domain information thresholding for being more than.

20. a kind of access net side equipment characterized by comprising

Transmission unit, for sending the first configuration information to terminal side equipment, first configuration information indicates the non-tune of uplink Resource is spent, the uplink non-scheduling resource is used for the transmission of upstream data；

Receiving unit, for receiving the time-domain information for the upstream data that the terminal side equipment is sent；

21. access net side equipment as claimed in claim 20, which is characterized in that

The transmission unit is also used to send adjustment information to the terminal side equipment, and the adjustment information is used for described At least one of the time-domain position of row non-scheduling resource and frequency domain position are adjusted；

The receiving unit is also used on the time-domain position or frequency domain position after the uplink non-scheduling resource is adjusted, connects Receive the upstream data that the terminal side equipment is sent.

22. access net side equipment as claimed in claim 21, which is characterized in that

The time-domain information of the upstream data, which is carried, is sent to the physical layer of the access net side equipment in the terminal side equipment In message or media access control layer message；

23. the access net side equipment as described in claim 20 to 22 any one, which is characterized in that

The transmission unit is also used to before the time-domain information for receiving the upstream data that the terminal side equipment is sent, Solicited message is sent to the terminal side equipment, the solicited message is used to request the time-domain information of the upstream data.

24. the access net side equipment as described in claim 20-23 any one, which is characterized in that

The transmission unit is also used to send the second configuration information, the second configuration information middle finger to the terminal side equipment Show the condition that the time-domain information of the upstream data is notified to the access net side equipment, wherein the condition includes: notice institute The thresholding that the time-domain information is more than when stating the period of time-domain information or notifying the time-domain information.

25. the access net side equipment as described in claim requires 20-24 any one, which is characterized in that

The receiving unit is also used in the connection establishment process of the terminal side equipment to core-network side equipment, receives core The business information for the terminal side equipment that heart net side equipment is sent, the initial time of upstream data described in the business information；

Wherein, the access net side equipment further includes processing unit, for the business information according to the terminal side equipment, Determine first configuration information.

26. a kind of terminal side equipment, including memory and processor, wherein the memory store instruction code, described instruction Code realizes method as claimed in any one of claims 1 to 6 when being called by the processor.

27. a kind of access net side equipment, including memory and processor, wherein the memory store instruction code, the finger The method as described in claim 7-13 any one is realized when code being enabled to be called by the processor.