CN117033498A - Integrated converged communication command method and system - Google Patents
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Abstract
The application discloses an integrated converged communication command method and system, which relate to the technical field of communication command and solve the problems that the conversion mode of original data is too complicated, the conversion time is long and the later command rate can be seriously affected.
Description
Technical Field
The application relates to the technical field of communication command, in particular to an integrated converged communication command method and system.
Background
Converged communication refers to the fusion of communication technology and information technology; the services of the communication technology class refer to various services of the traditional telecommunication network, such as telephone service, short message service, conference call, call center and the like; the information technology type service refers to various services of the IP type, such as instant messaging; video and application sharing, such as video monitoring, information sharing, download services; and internet services such as email, voice mail, etc.
The patent publication No. CN107547821A discloses an integrated commanding and dispatching system and method based on PGIS, belonging to the technical field of commanding and dispatching systems; the system comprises a task management module, an early warning instruction module, a video conference module, a PGIS access module, a vehicle-soldier positioning module, an information processing module, a video monitoring module, a fusion communication module, a police service report module and a data service module; the application can be matched with the existing PGIS platform, police service communication APP and various video monitoring platforms and voice communication means, realizes the integration and the access of the integrated command and dispatch system of the video conference platform, the video monitoring platform, the public security data platform and the service platform by taking the integrated communication, the positioning of the vehicle and the police service communication APP as means on the basis of the PGIS platform, thereby realizing the integration and flattening of the command and dispatch, effectively improving the speed of the collaborative combat and the efficiency of the command and dispatch, and being an important improvement to the prior art.
The corresponding region to be commanded needs to convert data in the process of commanding and dispatching so as to facilitate the receiving of a plurality of different target objects, but in the specific conversion process, the conversion mode is too complicated, the conversion time is long, the command rate in the later stage can be seriously influenced, and meanwhile, when the data transmission is carried out in the later stage, the distance of the target objects is not taken into consideration, so that the transmission quality or the transmission rate of the corresponding data is easily influenced.
Disclosure of Invention
Aiming at the defects of the prior art, the application provides an integrated converged communication command method and system, which solve the problems that the conversion mode of original data is complicated, the conversion time is long, and the later command rate is seriously affected.
In order to achieve the above purpose, the application is realized by the following technical scheme: an integrated converged communication command system, comprising:
the target object confirming unit confirms the region to be commanded preferentially, confirms the corresponding target object to be commanded from the region to be commanded, and transmits the confirmed target objects to be commanded in different formats to the logic conversion end;
the logic conversion end comprises a format confirmation unit, a logic training unit and a conversion logic storage unit, wherein the format confirmation unit confirms different formats of a plurality of target objects to be commanded of a specified region to be commanded, and transmits the confirmed different formats into the logic training unit;
the database is provided with a plurality of groups of different command instruction data, and the command instruction data are all preset simulation data;
the logic training unit confirms the conversion numerical value duty ratio among different formats according to the confirmed different formats, and sequentially analyzes and converts the conversion numerical value duty ratio, wherein the specific mode is as follows:
randomly selecting a group of command instruction data from a database, wherein the command instruction data are analog data, converting the command instruction data to different determined formats, confirming conversion content of the command instruction data after conversion is finished, and confirming conversion value duty ratio, wherein the conversion value duty ratio = conversion content capacity/command instruction data capacity, and selecting a minimum value from the conversion value duty ratios because of a plurality of different formats, and marking the format corresponding to the corresponding value as an initial format;
after conversion is finished, relevant data of an initial format is confirmed, the relevant data is converted to other remaining formats, corresponding conversion value duty ratio is confirmed, then the minimum conversion value duty ratio is selected, the format corresponding to the corresponding value is marked as a second format, in the conversion process, if two groups of the same second formats exist, two groups of branches are established, corresponding formats close to the branches are confirmed backwards in sequence according to the established branches, and marking is carried out in sequence;
converting the data of the second format, confirming the related data of the second format, sequentially confirming the data of the next closest format in the same mode, sorting the processed formats to generate a group of conversion logic sorting tables, and transmitting the generated conversion logic sorting tables into a conversion logic storage unit for storage;
the communication transmission end comprises a distance analysis unit, a region searching unit, a duration analysis unit and a transmission unit;
the distance analysis unit confirms the distance values between different objects to be commanded of the appointed area to be commanded and the command center, and marks the different objects to be commanded as normal marks or slow marks according to the difference of the distance values, and the specific mode is as follows:
marking the confirmed different distance values as JL k Where k represents different objects to be directed, JL will be k Comparing with a preset parameter Y1, and analyzing JL k Whether or not JL is satisfied k Not less than Y1, Y1 is a preset value:
if yes, marking the corresponding object to be commanded as a normal mark;
if not, marking the corresponding object to be commanded as a slow mark;
the area searching unit performs peripheral searching processing on the slow-marked object to be commanded, and executes different working units according to different searching results, wherein the working units comprise a duration analysis unit and a transmission unit, and the specific mode is as follows:
confirming the format of the corresponding slow mark from the confirmed conversion logic sorting table, simultaneously confirming the last group of formats of the format as the former format, and carrying out peripheral radiation confirmation radiation rings with the slow mark as a central point, wherein the radiation radius value of the peripheral radiation confirmation radiation rings is Y2, and Y2 is a preset value;
analyzing whether a command object in a preceding format exists in the radiation ring, if so, marking the command object in the preceding format as a preceding object, executing a duration analysis unit, if not, directly executing a transmission unit, directly confirming command format data corresponding to the slow mark according to a conversion logic ordering table by the transmission unit, and directly transmitting the command format data corresponding to the slow mark into the slow mark;
the time length analysis unit is used for confirming the slow scale distance, selecting the past transmission rate from the database according to the corresponding distance, confirming the transmission time length, analyzing the corresponding transfer time length, analyzing and comparing the transfer time length with the transmission time length, and confirming a group of transmission schemes, wherein the specific mode is as follows:
s1, confirming the distance between slow marks and marking the distance as JL k Extracting the past transmission rate of the data with the same distance from the database, selecting a maximum value and a minimum value from the extracted data transmission rates to confirm a corresponding transmission rate interval, and then confirming the whole capacity of the data corresponding to the slow standard, wherein the whole capacity/the transmission rate interval = slow standard transmission duration interval is adopted;
s2, confirming the receiving rate of the precursor object, confirming the command data capacity of the corresponding precursor object, adopting the command data capacity/the precursor receiving rate=precursor receiving duration, confirming the receiving rate of the slow target, confirming the converted command data capacity, marking the converted command data capacity as the slow target data capacity, adopting the slow target data capacity/the slow target receiving rate=slow target receiving duration, and combining the precursor receiving duration and the slow target receiving duration to confirm the total transmission length;
s3, comparing the transmission total length with the slow mark transmission time interval, and executing a first transmission scheme if the transmission total length is smaller than the slow mark transmission time interval, and directly executing by a transmission unit;
if the total transmission length epsilon is a slow mark transmission duration interval, in order to ensure the transmission quality of the data, a first transmission scheme is executed as well, and the first transmission scheme is directly executed by a transmission unit;
if the total transmission length is greater than the slow standard transmission duration interval, executing a second transmission scheme, and executing by a transmission unit;
the first transmission scheme is a transfer scheme, and is firstly transmitted into a front mark object and then transmitted into a slow mark object, the second transmission scheme is a direct transmission scheme, and is directly transmitted into the slow mark object to be directly subjected to command scheduling processing.
Preferably, an integrated converged communication command method comprises the following steps:
firstly, preferentially confirming an area to be commanded, confirming a target object to be commanded of the area, confirming the belonging format of the target object to be commanded, constructing conversion relations of different target objects according to conversion numerical value duty ratios of data conversion among different belonging formats, and generating a conversion logic sorting table corresponding to the area to be commanded;
secondly, subsequently, confirming distance parameters of different target objects to be commanded, marking the distance parameters as normal marks or slow marks according to the difference of the distance parameters, subsequently, confirming a front mark around the slow marks, and determining an optimal group of transmission schemes by analyzing specific duration of the slow marks in the transmission process and specific transmission duration of the front mark and the slow mark in a combined state;
and thirdly, after confirming the transmission scheme, converting the received data of different target objects to be commanded according to the designated command data and the conversion logic sequencing standard, and after completing conversion, transmitting the data through the corresponding transmission scheme to complete the command processing of the whole converged communication.
The application provides an integrated converged communication command method and system. Compared with the prior art, the method has the following beneficial effects:
the method adopts the mode of converting adjacent format data to confirm the format data of a plurality of target objects to be commanded in different areas to be commanded, then carries out one-to-one analysis on the confirmed format data, binds and sorts two groups of formats with highest similarity in the specific analysis process, and then generates a corresponding conversion logic sorting table;
and then, when the data transmission is carried out, taking the distance corresponding to the object to be commanded into consideration, confirming the preamble of the corresponding object, simultaneously confirming the corresponding slow or preamble, and then, carrying out specific analysis to determine the corresponding transmission scheme.
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Fig. 1 is a schematic diagram of a principle frame of the present application.
Detailed Description
The following description of the embodiments of the present application will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present application, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the application without making any inventive effort, are intended to be within the scope of the application.
Example 1
Referring to fig. 1, the application provides an integrated converged communication command system, which comprises a target object confirmation unit and a converged command center, wherein the target object confirmation unit is electrically connected with an input node of the converged command center;
the integrated command center comprises a logic conversion end, a communication transmission end and a database, wherein the logic conversion end is electrically connected with an input node of the communication transmission end, and the database is in bidirectional connection with the logic conversion end and the communication transmission end;
the logic conversion end comprises a format confirmation unit, a logic training unit and a conversion logic storage unit, wherein the format confirmation unit is electrically connected with an input node of the logic training unit, and the logic training unit is electrically connected with the input node of the conversion logic storage unit;
the communication transmission end comprises a distance analysis unit, a region searching unit, a duration analysis unit and a transmission unit, wherein the distance analysis unit is electrically connected with an input node of the region searching unit, the region searching unit is electrically connected with an input node of the duration analysis unit, and the region searching unit is electrically connected with the input node of the transmission unit;
the target object confirming unit is executed by an operator, confirms a region to be commanded, confirms corresponding target objects to be commanded from the region to be commanded, and transmits the confirmed target objects to be commanded in different formats to the logic conversion end;
the format confirmation unit confirms different formats of a plurality of target objects to be commanded of the designated region to be commanded, and transmits the confirmed different formats into the logic training unit;
a plurality of groups of different command instruction data exist in the database, and the command instruction data are all preset simulation data;
the logic training unit confirms conversion numerical value duty ratios among different formats according to the confirmed different formats, confirms a group of conversion logic sorting tables capable of carrying out conversion fastest through analysis conversion processing in sequence, and transmits the confirmed conversion logic sorting tables into the conversion logic storage unit, and the specific mode of confirming the conversion logic is as follows:
randomly selecting a group of command instruction data from a database, wherein the command instruction data are analog data, each command instruction data are drawn up according to experience in advance by an operator, the command instruction data are converted to different determined formats, after conversion is finished, conversion contents of the command instruction data are confirmed, conversion numerical value duty ratio is confirmed, wherein the conversion numerical value duty ratio = conversion content capacity/command instruction data capacity is confirmed, a plurality of different formats exist, a plurality of different conversion numerical value duty ratios exist, a minimum value is selected from the plurality of conversion numerical value duty ratios, a format corresponding to the corresponding numerical value is marked as an initial format, specifically, firstly, the conversion numerical value duty ratio is minimum, the converted contents of the corresponding command instruction data are represented as the minimum, so that the conversion difficulty is the minimum, and the format which is easy to convert is the easiest;
after conversion, confirming the related data of the initial format, wherein the related data is corresponding data after command data are converted into the initial format, converting the related data into other remaining formats, confirming the corresponding conversion value ratio, selecting the minimum conversion value ratio, and converting the corresponding valueThe corresponding formats are marked as second formats, if two groups of the same second formats exist in the conversion process, two groups of branches are established, corresponding formats close to the two groups of the second formats are sequentially confirmed backwards according to the established branches, and the corresponding formats are marked in sequence, specifically, if the other formats are provided with two different formats with the same occupation ratio and are respectively an N format and an M format after the conversion is completed, the two groups of branches can be generated after the processing, namely:by analogy sequentially and afterwards, the formats of different target objects to be commanded corresponding to the region to be commanded are arranged, and the mode is processed, firstly, compared with the original command mode, in one region to be commanded, a plurality of different target objects to be commanded exist, for example: the method comprises the steps of mobile phones, interphones, telephones and computers or other terminal facilities, wherein the data formats received by each target object are different, and when conversion is performed, conversion is performed according to different data formats, time and effort are consumed, and the overall progress of command is influenced on the assumption that a group of command instructions exist at present;
if the mode of converting the data in the adjacent format is adopted, compared with the original mode, the efficiency is faster, the time effect is shorter, firstly, the data in the first format is converted into the data in the first format, then the data in the first format is converted into the data in the second format, then the data in the second format is converted backwards, and the contents of each group of conversion are converted according to the rule instead of the mixed and disordered conversion, for example: the three groups of format data are A, B and C respectively, wherein A is similar to B by 90%, B is similar to C by 75%, and A is similar to C by 60%, so that when in conversion, the conversion is affirmatively that A-B-C is sequentially converted, the efficiency is fastest, the time effect is shortest, if the conversion mode is not adopted, the time length is affirmatively longer, the whole conversion time length is shorter, the efficiency is faster, the rapid fusion of command instructions is ensured, and the effect of rapid command is achieved;
setting a group of application scenes aiming at an original transformation mode, wherein three devices to be commanded exist in a region to be commanded, namely A, B and C, a command to be commanded is Z, and the Z is transformed sequentially according to transformation of different formats and then is transmitted to A, B and C sequentially;
the changed processing mode is that the command to be commanded is still Z, the command is converted into a specific command and then is transmitted to B, then the converted command is converted again to obtain the command to be commanded required by C, and then the command to be commanded is quickly changed based on the previous command to obtain the command required by the last group of terminals;
and converting the data in the second format, confirming the related data in the second format, sequentially confirming the data in the next closest format in the same mode, sorting the processed formats to generate a group of conversion logic sorting tables, and transmitting the generated conversion logic sorting tables into a conversion logic storage unit for storage.
Example two
In the specific implementation process of the embodiment, compared with the first embodiment, the first embodiment is data conversion, the second embodiment is data transmission, both of which are for the same purpose of improving command rate, and the specific differences are that:
the communication transmission end, inside distance analysis unit confirms the distance value of the different objects to be commanded of appointed area and this command center, according to the difference of distance value, marks different objects to be commanded as normal mark or slow mark, and specific, normal mark just can carry out normal transmission's target, slow mark just is because of the too far away, can influence the target of transmission rate, and the specific mode of confirming is:
marking the confirmed different distance values as JL k Where k represents different objects to be directed, JL will be k Comparing with a preset parameter Y1, and analyzing JL k Whether or not JL is satisfied k More than or equal to Y1, Y1 is a preset value, and the specific value is drawn by an operator according to experience:
if yes, marking the corresponding object to be commanded as a normal mark;
if not, marking the corresponding object to be commanded as a slow mark;
the region to be commanded generally radiates for 1 km, the Y1 value of the region is 400 meters, and if two points are respectively A and B, wherein the distance between A and B is 390 meters, and the distance between B and B is 720 meters, the A is a normal mark, and the B is a slow mark.
The area searching unit performs peripheral searching processing on the slow-marked object to be commanded, and executes different working units according to different searching results, wherein the working units comprise a duration analyzing unit and a transmission unit, and the specific mode of performing the peripheral searching processing is as follows:
confirming the format of the corresponding slow mark from the confirmed conversion logic sorting table, simultaneously confirming the last group of formats of the format to be marked as the former format, and then taking the slow mark as a central point to carry out peripheral radiation confirmation radiation ring, wherein the radiation radius value is Y2, Y2 is a preset value, and the specific value is drawn by an operator according to experience and is generally 500m;
and analyzing whether a to-be-directed object in a preceding format exists in the radiation ring, if so, marking the to-be-directed object in the preceding format as a preceding object, executing the duration analysis unit, if not, directly executing the transmission unit, directly confirming command format data corresponding to the slow mark according to the conversion logic ordering table by the transmission unit, and directly transmitting the command format data corresponding to the slow mark into the slow mark.
The time length analysis unit confirms the slow scale distance, then selects the past transmission rate from the database according to the corresponding distance, confirms the transmission time length, analyzes the corresponding transfer time length, analyzes and compares the transfer time length with the transmission time length, and confirms a group of transmission schemes, thereby improving the transmission rate, wherein the specific mode of confirming the transmission route is as follows:
s1, confirming the distance between slow marks and marking the distance as JL k Extracting the past transmission rate of the data with the same distance from the database, selecting a maximum value and a minimum value from the extracted data transmission rates according to the extracted data transmission rates, confirming the corresponding transmission rate interval, confirming the whole capacity of the data corresponding to the slow standard, and adopting the whole capacity/the transmission rate interval = the slow standard transmission duration interval, wherein the data is influenced by the distance in the transmission process, and the corresponding transmission is influenced if the distance is too farRate, resulting in reduced transmission rate, also affects the quality of the transmitted data;
s2, confirming the receiving rate of the precursor object, then confirming the command data capacity of the corresponding precursor object, adopting the command data capacity/the precursor receiving rate=precursor receiving duration, then confirming the receiving rate of the slow target, then confirming the converted command data capacity, marking the converted command data capacity as the slow target data capacity, adopting the slow target data capacity/the slow target receiving rate=slow target receiving duration, combining the precursor receiving duration and the slow target receiving duration, confirming the total transmission length, wherein the transmission direction is as follows: starting from a command center, transmitting the data into a precursor object, and when the precursor object performs data conversion, setting corresponding conversion codes in advance, performing conversion from the precursor object, and transmitting the converted data into a slow target, wherein the precursor is used as a medium point for data transmission, and the whole quality of the slow target data can be fully ensured in the transmission process, but the transmission time is not dared to be shorter than that of the direct transmission;
s3, comparing the transmission total length with the slow mark transmission time interval, and executing a first transmission scheme if the transmission total length is smaller than the slow mark transmission time interval, and directly executing by a transmission unit;
if the total transmission length epsilon is a slow mark transmission duration interval, in order to ensure the transmission quality of the data, a first transmission scheme is executed as well, and the first transmission scheme is directly executed by a transmission unit;
if the total transmission length is greater than the slow standard transmission duration interval, executing a second transmission scheme, and executing by a transmission unit;
the first transmission scheme is a transfer scheme, and is firstly transmitted into a front mark object and then transmitted into a slow mark object, and the second transmission scheme is a direct transmission scheme, and is directly transmitted into the slow mark object and is directly subjected to command and dispatch treatment;
by adopting the mode, comprehensive analysis is performed, the transmission time length is fully considered, the transmission rate is ensured in the normal scheduling command process of the data, the transmission time length is fully shortened, and the command efficiency is improved.
Example III
An integrated converged communication command method comprises the following steps:
firstly, preferentially confirming an area to be commanded, confirming a target object to be commanded of the area, confirming the belonging format of the target object to be commanded, constructing conversion relations of different target objects according to conversion numerical value duty ratios of data conversion among different belonging formats, and generating a conversion logic sorting table corresponding to the area to be commanded;
secondly, subsequently, confirming distance parameters of different target objects to be commanded, marking the distance parameters as normal marks or slow marks according to the difference of the distance parameters, subsequently, confirming a front mark around the slow marks, and determining an optimal group of transmission schemes by analyzing specific duration of the slow marks in the transmission process and specific transmission duration of the front mark and the slow mark in a combined state;
and thirdly, after confirming the transmission scheme, converting the received data of different target objects to be commanded according to the designated command data and the conversion logic sequencing standard, and after completing conversion, transmitting the data through the corresponding transmission scheme to complete the command processing of the whole converged communication.
Some of the data in the above formulas are numerical calculated by removing their dimensionality, and the contents not described in detail in the present specification are all well known in the prior art.
The above embodiments are only for illustrating the technical method of the present application and not for limiting the same, and it should be understood by those skilled in the art that the technical method of the present application may be modified or substituted without departing from the spirit and scope of the technical method of the present application.
Claims (6)
1. An integrated converged communication command system, comprising:
the target object confirming unit confirms the region to be commanded preferentially, confirms the corresponding target object to be commanded from the region to be commanded, and transmits the confirmed target objects to be commanded in different formats to the logic conversion end;
the logic conversion end comprises a format confirmation unit, a logic training unit and a conversion logic storage unit, wherein the format confirmation unit confirms different formats of a plurality of target objects to be commanded of a specified region to be commanded, and transmits the confirmed different formats into the logic training unit;
the database is provided with a plurality of groups of different command instruction data, and the command instruction data are all preset simulation data;
the logic training unit confirms conversion numerical value duty ratios among different formats according to the confirmed different formats, confirms a group of conversion logic sorting tables capable of carrying out conversion fastest through analysis conversion processing in sequence, and transmits the confirmed conversion logic sorting tables into the conversion logic storage unit;
the communication transmission end comprises a distance analysis unit, a region searching unit, a duration analysis unit and a transmission unit;
the distance analysis unit confirms the distance values between different objects to be commanded of the appointed area and the command center, and marks the different objects to be commanded as normal marks or slow marks according to the difference of the distance values;
the area searching unit performs peripheral searching processing on the slow-marked object to be commanded, and executes different working units according to different searching results, wherein the working units comprise a duration analysis unit and a transmission unit;
and the time length analysis unit is used for confirming the slow scale distance, selecting the past transmission rate from the database according to the corresponding distance, confirming the transmission time length, analyzing the corresponding transfer time length, analyzing and comparing the transfer time length with the transmission time length, and confirming a group of transmission schemes.
2. The integrated converged communication command system of claim 1, wherein the logic training unit confirms the conversion logic ordering table in the following specific manner:
randomly selecting a group of command instruction data from a database, wherein the command instruction data are analog data, converting the command instruction data to different determined formats, confirming conversion content of the command instruction data after conversion is finished, and confirming conversion value duty ratio, wherein the conversion value duty ratio = conversion content capacity/command instruction data capacity, and selecting a minimum value from the conversion value duty ratios because of a plurality of different formats, and marking the format corresponding to the corresponding value as an initial format;
after conversion is finished, relevant data of an initial format is confirmed, the relevant data is converted to other remaining formats, corresponding conversion value duty ratio is confirmed, then the minimum conversion value duty ratio is selected, the format corresponding to the corresponding value is marked as a second format, in the conversion process, if two groups of the same second formats exist, two groups of branches are established, corresponding formats close to the branches are confirmed backwards in sequence according to the established branches, and marking is carried out in sequence;
and converting the data in the second format, confirming the related data in the second format, sequentially confirming the data in the next closest format in the same mode, sorting the processed formats to generate a group of conversion logic sorting tables, and transmitting the generated conversion logic sorting tables into a conversion logic storage unit for storage.
3. The integrated converged communication command system according to claim 1, wherein the specific way for the distance analysis unit to mark different objects to be commanded as normal targets or slow targets is as follows:
marking the confirmed different distance values as JL k Where k represents different objects to be directed, JL will be k Comparing with a preset parameter Y1, and analyzing JL k Whether or not JL is satisfied k Not less than Y1, Y1 is a preset value:
if yes, marking the corresponding object to be commanded as a normal mark;
and if the command object is not satisfied, marking the corresponding command object as a slow mark.
4. The integrated converged communication command system of claim 1, wherein the area search unit performs the peripheral search processing in the following specific manner:
confirming the format of the corresponding slow mark from the confirmed conversion logic sorting table, simultaneously confirming the last group of formats of the format as the former format, and carrying out peripheral radiation confirmation radiation rings with the slow mark as a central point, wherein the radiation radius value of the peripheral radiation confirmation radiation rings is Y2, and Y2 is a preset value;
and analyzing whether a to-be-directed object in a preceding format exists in the radiation ring, if so, marking the to-be-directed object in the preceding format as a preceding object, executing the duration analysis unit, if not, directly executing the transmission unit, directly confirming command format data corresponding to the slow mark according to the conversion logic ordering table by the transmission unit, and directly transmitting the command format data corresponding to the slow mark into the slow mark.
5. The integrated converged communication command system according to claim 1, wherein the time length analysis unit confirms the specific mode of the transmission scheme as follows:
s1, confirming the distance between slow marks and marking the distance as JL k Extracting the past transmission rate of the data with the same distance from the database, selecting a maximum value and a minimum value from the extracted data transmission rates to confirm a corresponding transmission rate interval, and then confirming the whole capacity of the data corresponding to the slow standard, wherein the whole capacity/the transmission rate interval = slow standard transmission duration interval is adopted;
s2, confirming the receiving rate of the precursor object, confirming the command data capacity of the corresponding precursor object, adopting the command data capacity/the precursor receiving rate=precursor receiving duration, confirming the receiving rate of the slow target, confirming the converted command data capacity, marking the converted command data capacity as the slow target data capacity, adopting the slow target data capacity/the slow target receiving rate=slow target receiving duration, and combining the precursor receiving duration and the slow target receiving duration to confirm the total transmission length;
s3, comparing the transmission total length with the slow mark transmission time interval, and executing a first transmission scheme if the transmission total length is smaller than the slow mark transmission time interval, and directly executing by a transmission unit;
if the total transmission length epsilon is a slow mark transmission duration interval, in order to ensure the transmission quality of the data, a first transmission scheme is executed as well, and the first transmission scheme is directly executed by a transmission unit;
if the total transmission length is greater than the slow standard transmission duration interval, executing a second transmission scheme, and executing by a transmission unit;
the first transmission scheme is a transfer scheme, and is firstly transmitted into a front mark object and then transmitted into a slow mark object, the second transmission scheme is a direct transmission scheme, and is directly transmitted into the slow mark object to be directly subjected to command scheduling processing.
6. An integrated converged communication command method, which is operated according to the command system of any one of claims 1 to 5, and is characterized by comprising the steps of:
firstly, preferentially confirming an area to be commanded, confirming a target object to be commanded of the area, confirming the belonging format of the target object to be commanded, constructing conversion relations of different target objects according to conversion numerical value duty ratios of data conversion among different belonging formats, and generating a conversion logic sorting table corresponding to the area to be commanded;
secondly, subsequently, confirming distance parameters of different target objects to be commanded, marking the distance parameters as normal marks or slow marks according to the difference of the distance parameters, subsequently, confirming a front mark around the slow marks, and determining an optimal group of transmission schemes by analyzing specific duration of the slow marks in the transmission process and specific transmission duration of the front mark and the slow mark in a combined state;
and thirdly, after confirming the transmission scheme, converting the received data of different target objects to be commanded according to the designated command data and the conversion logic sequencing standard, and after completing conversion, transmitting the data through the corresponding transmission scheme to complete the command processing of the whole converged communication.
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