CN106385104A - Mobile remote power monitoring system and method based on 4G network - Google Patents
Mobile remote power monitoring system and method based on 4G network Download PDFInfo
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- CN106385104A CN106385104A CN201610779194.9A CN201610779194A CN106385104A CN 106385104 A CN106385104 A CN 106385104A CN 201610779194 A CN201610779194 A CN 201610779194A CN 106385104 A CN106385104 A CN 106385104A
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Classifications
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J13/00—Circuit arrangements for providing remote indication of network conditions, e.g. an instantaneous record of the open or closed condition of each circuitbreaker in the network; Circuit arrangements for providing remote control of switching means in a power distribution network, e.g. switching in and out of current consumers by using a pulse code signal carried by the network
- H02J13/00001—Circuit arrangements for providing remote indication of network conditions, e.g. an instantaneous record of the open or closed condition of each circuitbreaker in the network; Circuit arrangements for providing remote control of switching means in a power distribution network, e.g. switching in and out of current consumers by using a pulse code signal carried by the network characterised by the display of information or by user interaction, e.g. supervisory control and data acquisition systems [SCADA] or graphical user interfaces [GUI]
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- Power Engineering (AREA)
- Image Processing (AREA)
- Closed-Circuit Television Systems (AREA)
Abstract
The invention relates to a mobile remote power monitoring system based on 4G network. The system comprises a mobile remote power monitor, a high-definition camera, an authorization management device and an image processing device; the image processing device is connected with the high-definition camera and used to carry out face feature detection on a high-definition face image output by the high-definition camera; and the authorization management device is connected with the image processing device and the mobile remote power monitor, and used to start or close mobile remote power monitor based on output of the image processing device automatically. The invention relates to a mobile remote power monitoring method based on the 4G network. According to the invention, it can be ensured that a user can access the mobile remote power monitor legally.
Description
Technical field
The present invention relates to power monitoring field, more particularly, to a kind of mobile remote power monitoring system based on 4G network and
Monitoring method.
Background technology
Power circuit, is broadly divided into transmission line of electricity and distribution line.
The general electric pressure of transmission line of electricity is higher, and magnetic field intensity is big, punctures air (electric arc) distance.35kV and
110kV, 220kV, 330kV (minority area), 660kV (minority area), DC/AC500kV, DC800kV and newly-built Shanghai
1000kV is belonging to transmission line of electricity.It is the electricity that sent by power plant after booster stations boosting, be transported to each transformer station,
Again each transformer station is unified connection in series-parallel and get up to be the formation of a grid, connect between this " net " each node upper
" line " be exactly transmission line of electricity.
Power equipment manufacturing industry generallys include generating equipment industry, power transmission and transformation primary equipment industry, secondary device industry, electricity
Four sub-industries of power environmental protection industry (epi).The development of power equipment industry relies on development, the scale of Electricity Investment and the side of power industry
To the development directly affecting power equipment industry.
Power supply management company generally adopts network remote monitoring pattern to the monitoring of power circuit, due to electric lines of force
The data on road has confidentiality, carries the tupe to power circuit, therefore, monitoring device needs specially in monitoring mechanism simultaneously
The experienced electrical management personnel of door are carried out.However, there is not the people of power circuit RMON in prior art
Member's licensing scheme.
Content of the invention
In order to solve the above problems, the invention provides a kind of mobile remote power monitoring system based on 4G network and prison
Prosecutor method, power monitoring system and monitoring method in transformation prior art, by introducing facial recognition mechanisms and introducing Internet of Things
Mechanism realizes the high accuracy credit to power circuit monitoring, it is to avoid the data leak of power circuit, maintains circuit-line simultaneously
The security performance run.
According to an aspect of the present invention, there is provided a kind of mobile remote power monitoring system based on 4G network, described system
System includes mobile remote energy monitoring apparatus, high-definition camera, empowerment management equipment and image processing equipment, image processing equipment
It is connected with high-definition camera, the high definition face image for exporting to high-definition camera carries out facial feature detection, empowerment management
Equipment is connected with image processing equipment and mobile remote energy monitoring apparatus respectively, for the output based on image processing equipment certainly
Move and start or be automatically switched off mobile remote energy monitoring apparatus.
More specifically, described based in the mobile remote power monitoring system of 4G network, including：Mobile remote power prison
Measurement equipment, for remotely being monitored to power circuit, mobile remote energy monitoring apparatus include 4G communication interface and mobile drive
Motivation structure；High-definition camera, is arranged on the front of mobile remote energy monitoring apparatus, for mobile remote energy monitoring apparatus
The personnel in front carry out high definition face image collection；Empowerment management equipment, compares equipment and mobile remote power respectively with spectrogram
Monitoring device connects, for when receiving recognition of face pass signal, automatic moves remote energy monitoring apparatus, also uses
In when receiving recognition of face failure signal, it is automatically switched off mobile remote energy monitoring apparatus；Contrast strengthens equipment, with height
Clear photographic head connects, and for receiving high definition face image, and high definition face image is carried out with contrast enhancement processing to obtain increasing
Strong face image；Gray processing processing equipment, strengthens equipment with contrast and is connected, strengthen face image for receiving, and to enhancing
Face image carries out gray processing and processes to obtain gray level image；Light adjusting device, is connected with gray processing processing equipment, is used for
Receive gray level image, determine the mean flow rate of gray level image based on the gray value of each pixel in gray level image, and will
The mean flow rate of gray level image and predetermined luminance are compared, when the mean flow rate of gray level image is bright more than or equal to default
Degree, carries out luminance-reduction adjustment to obtain light adjustment image, when the mean flow rate of gray level image is less than to gray level image
Predetermined luminance, carries out luminance raising adjustment to obtain light adjustment image to gray level image；Self adaptation recursive filtering processes and sets
Standby, it is connected with light adjusting device, for receiving light adjustment image, and to light adjustment image execution self adaptation recursive filtering
Process to obtain filtering image；Complexity testing equipment, is connected with self adaptation recursive filtering processing equipment, for calculating filtering figure
The complexity of picture, the complexity based on filtering image selects the size of picture element matrix, and the complexity of filtering image is higher, selection
Picture element matrix is bigger；Processes pixel equipment, is connected with complexity testing equipment and self adaptation recursive filtering processing equipment respectively, uses
In the image that accepts filter, each pixel for filtering image is processed as subject pixels execution is following：Subject pixels are made
The center pixel of the picture element matrix determining for complexity testing equipment obtains subject pixels matrix, subject pixels in filtering image
The size of matrix is identical with the size of the picture element matrix that complexity testing equipment determines, by subject pixels matrix except subject image
Each pixel outside element is compared with subject pixels as reference pixel, to obtain binaryzation matrix, binaryzation matrix
Size identical with the size of subject pixels matrix, binaryzation matrix is by multiple reference pixels respectively corresponding multiple binaryzation pictures
Element composition, reference pixel is more than or equal to subject pixels, then the pixel value of reference pixel corresponding binaryzation pixel is 1, reference image
Element is less than subject pixels, then the pixel value of reference pixel corresponding binaryzation pixel is 0；Matrix conversion equipment, with processes pixel
Equipment connects, for corresponding for each subject pixels binaryzation matrix conversion is become target decimal number, concrete conversion operation
For：All binaryzation pixel values of corresponding for each subject pixels binaryzation matrix are pressed its position in binaryzation matrix
Form a binary number using first left and then right order first up and then down again to turn as object binary number, then by object binary number
Chemical conversion decimal number is using as target decimal number；Spectrogram obtains equipment, respectively with self adaptation recursive filtering processing equipment and square
Battle array conversion equipment connects, for the pixel value of each of filtering image subject pixels is substituted for the corresponding mesh of this subject pixels
Mark decimal number is to obtain local binary patterns feature spectrogram；Spectrogram compares equipment, obtains equipment with spectrogram respectively and IP unpacks
Equipment connect, for by spectrogram obtain equipment obtain local binary patterns feature spectrogram respectively with each benchmark local binary mould
Formula feature spectrogram is mated, the match is successful then output recognition of face pass signal and with the benchmark local binary mould matching
Formula feature spectrogram corresponding authorized user title, it fails to match then exports recognition of face failure signal；IP unpack equipment, for
Long-range data server network connects, and receives the IP packet at data server by network, and to IP packet
Unpack to obtain 6LowPAN packet；Edge sensing equipment, unpacks equipment with IP and is connected, and unpacks equipment output for receiving IP
6LowPAN packet, obtain be rendered as compressed data 6LowPAN packet head, the head to 6LowPAN packet
Decompression is to obtain the head in the 6LowPAN packet after decompression；6LowPAN unpacks equipment, is connected with edge sensing equipment, uses
In reception 6LowPAN packet to obtain the load in 6LowPAN packet, and based in the 6LowPAN packet after decompression
Head the load in 6LowPAN packet is parsed, to obtain each benchmark local binary patterns feature spectrogram；Its
In, IP packet be 6LowPAN packet is carried out beat IP bag after acquisition packet, the load in 6LowPAN packet
Including each benchmark local binary patterns feature spectrogram at data server, the head in 6LowPAN packet is compression number
According to the head in 6LowPAN packet after decompression is used for the load in 6LowPAN packet is parsed；Wherein, each
Individual benchmark local binary patterns feature spectrogram is that corresponding authorized user's benchmark face-image is carried out in advance with local binary patterns spy
Levy the image that spectrogram extracts and obtains.
More specifically, described based in the mobile remote power monitoring system of 4G network, also including：Display device, with
High-definition camera connects, for showing the picture material of high-definition camera output.
More specifically, described based in the mobile remote power monitoring system of 4G network：Display device shows for LCD
Screen.
More specifically, described based in the mobile remote power monitoring system of 4G network：Display device shows for LED
Screen.
More specifically, described based in the mobile remote power monitoring system of 4G network, also including：Touch screen, is used for
According to the operation of user, the input information of receive user.
More specifically, described based in the mobile remote power monitoring system of 4G network：Touch screen is integrated in display
On equipment.
According to a further aspect in the invention, a kind of mobile remote power monitoring method based on 4G network, institute are additionally provided
The method of stating is used for building mobile remote power monitoring system.
Brief description
Below with reference to accompanying drawing, embodiment of the present invention is described, wherein：
Fig. 1 is the structure side of the mobile remote power monitoring system based on 4G network according to embodiment of the present invention
Block diagram.
Reference：1 mobile remote energy monitoring apparatus；2 high-definition cameras；3 empowerment management equipment；4 image procossing set
Standby
Specific embodiment
Below with reference to accompanying drawings the present invention is entered based on the embodiment of the mobile remote power monitoring system of 4G network
Row describes in detail.
Currently, mobile remote power monitoring system lacks special personnel's credit mechanism, in this way it is easy to lead to electric power number
According to leakage and power circuit normal operation disturbed, when serious, or even the damage that power circuit can be led to.
In order to overcome above-mentioned deficiency, the present invention has built a kind of mobile remote power monitoring system based on 4G network, profit
Combine the staff's completing electrical management company with high-precision facial recognition techniques and the jumbo network communications technology
Credit risk management, thus prevent the abuse to mobile remote energy monitoring apparatus for the unauthorized person.
Fig. 1 is the structure side of the mobile remote power monitoring system based on 4G network according to embodiment of the present invention
Block diagram, described system includes mobile remote energy monitoring apparatus, high-definition camera, empowerment management equipment and image processing equipment,
Image processing equipment is connected with high-definition camera, and the high definition face image for exporting to high-definition camera carries out face feature inspection
Survey, empowerment management equipment is connected with image processing equipment and mobile remote energy monitoring apparatus respectively, for based on image procossing
The output automatic of equipment or be automatically switched off mobile remote energy monitoring apparatus.
Then, continue to enter traveling one to the present invention based on the concrete structure of the mobile remote power monitoring system of 4G network
The explanation of step.
Described system includes：Mobile remote energy monitoring apparatus, for remotely being monitored to power circuit, mobile long-range
Energy monitoring apparatus include 4G communication interface and moving drive mechanism；High-definition camera, is arranged on mobile remote power monitoring and sets
Standby front, for carrying out high definition face image collection to the personnel in front of mobile remote energy monitoring apparatus.
Described system includes：Empowerment management equipment, compares equipment respectively with spectrogram and mobile remote energy monitoring apparatus connect
Connect, for when receiving recognition of face pass signal, automatic moves remote energy monitoring apparatus, is additionally operable to receiving
During recognition of face failure signal, it is automatically switched off mobile remote energy monitoring apparatus.
Described system includes：Contrast strengthens equipment, is connected with high-definition camera, for receiving high definition face image, and
High definition face image is carried out with contrast enhancement processing to obtain enhancing face image；Gray processing processing equipment, is increased with contrast
Equipment connects by force, strengthens face image for receiving, and carries out gray processing process to obtain gray processing figure to strengthening face image
Picture.
Described system includes：Light adjusting device, is connected with gray processing processing equipment, for receiving gray level image, base
In gray level image, the gray value of each pixel determines the mean flow rate of gray level image, and gray level image is averagely bright
Degree is compared with predetermined luminance, when the mean flow rate of gray level image is more than or equal to predetermined luminance, gray level image is carried out
Luminance-reduction adjustment adjusts image to obtain light, when the mean flow rate of gray level image is less than predetermined luminance, to gray processing figure
As carrying out luminance raising adjustment to obtain light adjustment image.
Described system includes：Self adaptation recursive filtering processing equipment, is connected with light adjusting device, adjusts for receiving light
Whole image, and light adjustment image execution self adaptation recursive filtering is processed to obtain filtering image.
Described system includes：Complexity testing equipment, is connected with self adaptation recursive filtering processing equipment, for calculating filtering
The complexity of image, the complexity based on filtering image selects the size of picture element matrix, and the complexity of filtering image is higher, selects
Picture element matrix bigger.
Described system includes：Processes pixel equipment, is processed with complexity testing equipment and self adaptation recursive filtering respectively and sets
Standby connection, is used for the image that accepts filter, and each pixel for filtering image is processed as subject pixels execution is following：Will be right
The center pixel of the picture element matrix determining as complexity testing equipment as pixel obtains subject pixels matrix in filtering image,
The size of subject pixels matrix is identical with the size of the picture element matrix that complexity testing equipment determines, removes in subject pixels matrix
Each pixel outside subject pixels is compared with subject pixels as reference pixel, to obtain binaryzation matrix, two
The size of value matrix is identical with the size of subject pixels matrix, and binaryzation matrix is corresponding multiple respectively by multiple reference pixels
Binaryzation pixel forms, and reference pixel is more than or equal to subject pixels, then the pixel value of reference pixel corresponding binaryzation pixel is
1, reference pixel is less than subject pixels, then the pixel value of reference pixel corresponding binaryzation pixel is 0.
Described system includes：Matrix conversion equipment, is connected with processes pixel equipment, for corresponding to each subject pixels
Binaryzation matrix conversion become target decimal number, concrete conversion operation is：By corresponding for each subject pixels binaryzation square
All binaryzation pixel values of battle array press its position in binaryzation matrix with first left and then right order composition one first up and then down again
Individual binary number changes into decimal number using as target decimal number as object binary number, then by object binary number.
Described system includes：Spectrogram obtains equipment, respectively with self adaptation recursive filtering processing equipment and matrix conversion equipment
Connect, for the pixel value of each of filtering image subject pixels is substituted for this subject pixels corresponding target decimal number
To obtain local binary patterns feature spectrogram.
Described system includes：Spectrogram compares equipment, obtains equipment respectively with spectrogram and IP unpacks equipment and is connected, for composing
The local binary patterns feature spectrogram that figure acquisition equipment obtains is carried out with each benchmark local binary patterns feature spectrogram respectively
Join, the match is successful then output recognition of face pass signal and corresponding with the benchmark local binary patterns feature spectrogram matching
Authorized user's title, it fails to match then exports recognition of face failure signal.
Described system includes：IP unpacks equipment, for being connected with long-range data server network, receives by network
IP packet from data server, and IP packet is unpacked to obtain 6LowPAN packet.
Described system includes：Edge sensing equipment, unpacks equipment with IP and is connected, and unpacks equipment output for receiving IP
6LowPAN packet, obtains the head of the 6LowPAN packet being rendered as compressed data, the head solution to 6LowPAN packet
Pressure is to obtain the head in the 6LowPAN packet after decompression.
Described system includes：6LowPAN unpacks equipment, is connected with edge sensing equipment, for receiving 6LowPAN packet
To obtain the load in 6LowPAN packet, and based on the head in the 6LowPAN packet after decompression to 6LowPAN data
Load in bag is parsed, to obtain each benchmark local binary patterns feature spectrogram.
Wherein, IP packet be 6LowPAN packet is carried out beat IP bag after acquisition packet, 6LowPAN data
Load in bag includes each benchmark local binary patterns feature spectrogram at data server, the head in 6LowPAN packet
Portion is compressed data, and the head in 6LowPAN packet after decompression is used for the load in 6LowPAN packet is solved
Analysis.
Wherein, each benchmark local binary patterns feature spectrogram is pre- advanced to corresponding authorized user's benchmark face-image
The image that row local binary patterns feature spectrogram extracts and obtains.
Alternatively, in described control platform：Also include display device, be connected with high-definition camera, for showing high definition
The picture material of photographic head output；Display device is LCD display；Display device is LED display；Touch screen, for basis
The operation of user, the input information of receive user；Touch screen is integrated on the display device.
In order to overcome above-mentioned deficiency, present invention also offers a kind of mobile remote power monitoring method based on 4G network,
Methods described is used for building the mobile remote power monitoring system based on 4G network.
In addition, wave filter, as the term suggests, it is the device that ripple is filtered." ripple " is that a physics widely is general
Read, in electronic technology field, value that " ripple " is narrowly confined to refer in particular to describe various physical quantitys fluctuations in time
Process.The effect by various kinds of sensors for this process, is converted into the time function of voltage or electric current, referred to as various physical quantitys
Time waveform, or referred to as signal.Because the independent variable time is continuous value, referred to as continuous time signal,
Habitually it is referred to as analogue signal again.
Generation with digital electronic computer technology and developing rapidly, for the ease of computer to signal at
Reason, creates complete theory and the method that continuous time signal is transformed under sampling theorem instructs discrete-time signal.
That is, can only not lost with sample value expression primary signal on series of discrete time coordinate point for the original analog signal
Lose any information since these concepts of ripple, waveform, signal expression be various physical quantitys in objective world change, naturally
It is the carrier of the various information that modern society depends on for existence.Information needs to propagate, and lean on is exactly the transmission of waveshape signal.Signal exists
Its generation, conversion, each link of transmission distort because of the presence of environment and interference, even quite a lot of
In the case of, this distortion is also very serious, leads to signal and its entrained information to be embedded in dearly in the middle of noise.In order to
Filter these noises, recover the signal of script, need to be filtered processing using various wave filter.
Using the mobile remote power monitoring system based on 4G network for the present invention and monitoring method, move for prior art
The not high technical problem of dynamic remote power monitoring mechanism security performance, is completed by introducing technology of Internet of things and face recognition technology
Intellectualized reconstruction to existing remote power monitoring mechanism, thus be effectively prevented from remote energy monitoring apparatus opened by unauthorized person
Open.
Although it is understood that the present invention is disclosed as above with preferred embodiment, but above-described embodiment being not used to
Limit the present invention.For any those of ordinary skill in the art, without departing under technical solution of the present invention ambit,
The technology contents that the disclosure above all can be utilized are made many possible variations and modification, or are revised as to technical solution of the present invention
Equivalent embodiments with change.Therefore, every content without departing from technical solution of the present invention, according to the technical spirit pair of the present invention
Any simple modification made for any of the above embodiments, equivalent variations and modification, all still fall within the scope of technical solution of the present invention protection
Interior.
Claims (8)
1. a kind of mobile remote power monitoring system based on 4G network, described system include mobile remote energy monitoring apparatus,
High-definition camera, empowerment management equipment and image processing equipment, image processing equipment is connected with high-definition camera, for high definition
Photographic head output high definition face image carry out facial feature detection, empowerment management equipment respectively with image processing equipment and movement
Remote energy monitoring apparatus connect, for the output automatic based on image processing equipment or be automatically switched off mobile remote power
Monitoring device.
2. the mobile remote power monitoring system based on 4G network as claimed in claim 1 is it is characterised in that described system bag
Include：
Mobile remote energy monitoring apparatus, for remotely being monitored to power circuit, mobile remote energy monitoring apparatus include
4G communication interface and moving drive mechanism；
High-definition camera, is arranged on the front of mobile remote energy monitoring apparatus, before to mobile remote energy monitoring apparatus
The personnel of side carry out high definition face image collection；
Empowerment management equipment, compares equipment respectively with spectrogram and mobile remote energy monitoring apparatus are connected, for receiving people
During face identification pass signal, automatic moves remote energy monitoring apparatus, is additionally operable to receiving recognition of face failure signal
When, it is automatically switched off mobile remote energy monitoring apparatus；
Contrast strengthens equipment, is connected with high-definition camera, for receiving high definition face image, and high definition face image is carried out
Contrast enhancement processing is to obtain enhancing face image；
Gray processing processing equipment, strengthens equipment with contrast and is connected, strengthen face image for receiving, and to enhancing face image
Carry out gray processing to process to obtain gray level image；
Light adjusting device, is connected with gray processing processing equipment, for receiving gray level image, based in gray level image each
The gray value of pixel determines the mean flow rate of gray level image, and the mean flow rate of gray level image and predetermined luminance are compared
Relatively, when the mean flow rate of gray level image is more than or equal to predetermined luminance, gray level image is carried out with luminance-reduction and adjusts to obtain
Light adjusts image, when the mean flow rate of gray level image is less than predetermined luminance, carries out luminance raising adjustment to gray level image
To obtain light adjustment image；
Self adaptation recursive filtering processing equipment, is connected with light adjusting device, for receiving light adjustment image, and light is adjusted
Whole image execution self adaptation recursive filtering is processed to obtain filtering image；
Complexity testing equipment, is connected with self adaptation recursive filtering processing equipment, for calculating the complexity of filtering image, is based on
The complexity of filtering image selects the size of picture element matrix, and the complexity of filtering image is higher, and the picture element matrix of selection is bigger；
Processes pixel equipment, is connected with complexity testing equipment and self adaptation recursive filtering processing equipment respectively, for receiving filter
Ripple image, each pixel for filtering image is processed as subject pixels execution is following：Using subject pixels as complexity
The center pixel of the picture element matrix that testing equipment determines obtains subject pixels matrix in filtering image, subject pixels matrix big
The size of the little picture element matrix determining with complexity testing equipment is identical, by subject pixels matrix in addition to subject pixels
Each pixel is compared with subject pixels as reference pixel, to obtain binaryzation matrix, the size of binaryzation matrix with
The size of subject pixels matrix is identical, and by multiple reference pixels, corresponding multiple binaryzation pixel forms binaryzation matrix respectively,
Reference pixel is more than or equal to subject pixels, then the pixel value of reference pixel corresponding binaryzation pixel is 1, and it is right that reference pixel is less than
As pixel, then the pixel value of reference pixel corresponding binaryzation pixel is 0；
Matrix conversion equipment, is connected with processes pixel equipment, for by corresponding for each subject pixels binaryzation matrix conversion
Become target decimal number, concrete conversion operation is：All binaryzation pictures by corresponding for each subject pixels binaryzation matrix
Element value forms a binary number as mesh by its position in binaryzation matrix using first left and then right order first up and then down again
Mark binary number, then object binary number is changed into decimal number using as target decimal number；
Spectrogram obtains equipment, is connected with self adaptation recursive filtering processing equipment and matrix conversion equipment respectively, for scheming filtering
The pixel value of each of picture subject pixels is substituted for this subject pixels corresponding target decimal number to obtain local binary mould
Formula feature spectrogram；
Spectrogram compares equipment, obtains equipment respectively with spectrogram and IP unpacks equipment and is connected, for spectrogram is obtained what equipment obtained
Local binary patterns feature spectrogram is mated with each benchmark local binary patterns feature spectrogram respectively, and the match is successful then exports
Recognition of face pass signal and with the corresponding authorized user's title of benchmark local binary patterns feature spectrogram matching, mate
Failure then exports recognition of face failure signal；
IP unpacks equipment, for being connected with long-range data server network, is received at data server by network
IP packet, and IP packet is unpacked to obtain 6LowPAN packet；
Edge sensing equipment, unpacks equipment with IP and is connected, unpack the 6LowPAN packet of equipment output for receiving IP, obtain
It is rendered as the head of the 6LowPAN packet of compressed data, the head of 6LowPAN packet is decompressed to obtain after decompression
Head in 6LowPAN packet；
6LowPAN unpacks equipment, is connected with edge sensing equipment, for receiving 6LowPAN packet to obtain 6LowPAN data
Load in bag, and based on the head in the 6LowPAN packet after decompression, the load in 6LowPAN packet is solved
Analysis, to obtain each benchmark local binary patterns feature spectrogram；
Wherein, IP packet be 6LowPAN packet is carried out beat IP bag after acquisition packet, in 6LowPAN packet
Load each benchmark local binary patterns feature spectrogram of including at data server, the head in 6LowPAN packet is
Compressed data, the head in 6LowPAN packet after decompression is used for the load in 6LowPAN packet is parsed；
Wherein, each benchmark local binary patterns feature spectrogram is to carry out office in advance to corresponding authorized user's benchmark face-image
The image that portion's binary pattern feature spectrogram extracts and obtains.
3. the mobile remote power monitoring system based on 4G network as claimed in claim 2 is it is characterised in that also include：
Display device, is connected with high-definition camera, for showing the picture material of high-definition camera output.
4. the mobile remote power monitoring system based on 4G network as claimed in claim 3 it is characterised in that：
Display device is LCD display.
5. the mobile remote power monitoring system based on 4G network as claimed in claim 3 it is characterised in that：
Display device is LED display.
6. the mobile remote power monitoring system based on 4G network as claimed in claim 3 is it is characterised in that also include：
Touch screen, for the operation according to user, the input information of receive user.
7. the mobile remote power monitoring system based on 4G network as claimed in claim 6 it is characterised in that：
Touch screen is integrated on the display device.
8. a kind of mobile remote power monitoring method based on 4G network, for building described base as arbitrary in claim 1-7
Mobile remote power monitoring system in 4G network.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610779194.9A CN106385104B (en) | 2016-08-31 | 2016-08-31 | Mobile remote power monitoring system and monitoring method based on 4G networks |
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| CN201610779194.9A CN106385104B (en) | 2016-08-31 | 2016-08-31 | Mobile remote power monitoring system and monitoring method based on 4G networks |
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| CN106385104B CN106385104B (en) | 2017-11-24 |
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