CN105262987A - Road full-covering panoramic intelligent video monitoring system and method based on Internet of Things - Google Patents
Road full-covering panoramic intelligent video monitoring system and method based on Internet of Things Download PDFInfo
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
- Y02B20/40—Control techniques providing energy savings, e.g. smart controller or presence detection
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Abstract
The invention provides a road full-covering panoramic intelligent video monitoring system based on Internet of Things. The system comprises an acquisition unit, a panoramic video monitoring camera, a holder monitoring camera, a transmission unit, and an integrated control center, the integrated control center processes information obtained by the acquisition unit, the panoramic video monitoring camera, and the holder monitoring camera unit, and manages street lamps and controls the holder monitoring camera via the transmission unit, and required positions or targets on road sections can be monitored. According to the scheme, the street lamps are regarded as the infrastructure, the panoramic video monitoring equipment and the holder monitoring camera are combined, the Internet of Things is regarded as a carrier, technologies of road full-covering panoramic intelligent video monitoring, intelligent illumination, intelligent sensing detection, and novel data transmission, etc. are integrated, and the combination of urban road full-covering intelligent video monitoring based on street lamp facilities and urban smart illumination, comprehensive prevention and control, and network communication coverage is realized.
Description
Technical field
The present invention relates to Internet of Things field, large data calculate field, is a kind of road all standing panorama intelligent video monitoring system based on Internet of Things and method.
Background technology
Internet of Things is the important component part of generation information technology, is also the important development stage in " informationization " epoch.Internet of Things utilizes the communication technology such as localized network or the Internet that transducer, controller, machine, personnel and thing etc. are linked togather by new mode, and formation people and thing, thing and thing are connected, and realizes informationization, remote management and control and intelligentized network.Internet of Things is the extension of the Internet, and it comprises resources all on the Internet and the Internet, the application that compatible the Internet is all, but element all in Internet of Things (all equipment, resource and communication etc.) is all personalized and privatization.
Current, China brings the construction of smart city into schedule in many cities one after another, improves city public services and improves urban life environment, city is become more " wisdom " by ICT (information and communication technology) and smart city construction.As intelligent infrastructure, the Intelligent road video thing contact system based on large data analysis is part important during smart city is built.
A kind of intelligent lighting controls method based on Internet of Things framework is disclosed in Chinese patent literature CN102123550A, the method is by the people in inductive lightning region or the position residing for car, by communication network transfer control instruction, to control the brightness by the lighting source in the region of process of people or car, the present invention has illuminates people or the car region by process dynamically, the front keeping people or garage to enter is illuminated all the time, other are in closedown or low-light level state all the time without the need to providing the street lamp in the region of illumination, can energy savings in the program, extend the useful life of light source.But, the program only controls lighting source, illumination is provided by the region of process to people or car, be only the illumination management system of a simple function, the panoramic video monitoring of road cannot be realized, also cannot carry out all-the-way tracking to required target, and in reality, along with the development of thing connection technology, urban road not only will realize intelligent lighting, and the public safety video monitoring that more will realize " universe covers, the whole network is shared, full-time available, omnidistance controlled " builds working application.
Summary of the invention
For this reason, technical problem to be solved by this invention is that intelligent lighting controls method of the prior art cannot realize the monitoring of urban road all standing panoramic video, for smart city provides more service and solution.
For solving the problems of the technologies described above, of the present inventionly providing a kind of road all standing panorama intelligent video monitoring system based on Internet of Things, comprising the steps:
Collecting unit, gathers road environment information;
Panoramic video CCTV camera, is arranged on each light pole, and the monitoring range of all panoramic video CCTV cameras covers whole section;
The Cloud Terrace CCTV camera, described monopod video camera is disposed on part light pole, and the monitoring visual angle of this The Cloud Terrace CCTV camera can regulate, and can monitor the desired location on section;
Transmission unit, transmits the information that described collecting unit, panoramic video CCTV camera and described The Cloud Terrace CCTV camera obtain;
Integrating control center, the information that described collecting unit, panoramic video CCTV camera and described The Cloud Terrace CCTV camera unit obtain is processed, and by transmission unit, street lamp being managed, described The Cloud Terrace CCTV camera being controlled, for monitoring the desired location on section or target.
Preferably, described panoramic video CCTV camera is arranged on the side of each street lamp.
Preferably, described The Cloud Terrace CCTV camera is disposed on the top of light pole.
Preferably, described collecting unit comprises one or more in temperature sensor, humidity sensor, luminance sensor, air velocity transducer, wagon detector, noise detector.
Preferably, described transmission unit is street lamp power supply, road lamp power supply cable.
Preferably, described integrating control center comprises display system, adopts panorama three-dimensional visualization technique and large-size screen monitors Display Technique seamless combination to carry out video display.
In addition, the present invention also provides a kind of road all standing panorama intelligent video monitoring method based on Internet of Things, comprises the steps:
Collecting unit gathers road environment information;
Panoramic video CCTV camera obtains the full-view video image in whole section, obtains road panoramic video information;
For the particular location or the target that need monitoring, integrating control center controls The Cloud Terrace CCTV camera and aims at and obtain image, obtains details monitoring video information;
The described road environment information collected and described road panoramic video information, details monitoring video information are converged and is transferred to integrating control center;
Integrating control center processes the information that described collecting unit, panoramic video CCTV camera and described The Cloud Terrace CCTV camera unit obtain, and by transmission unit, street lamp being managed, described The Cloud Terrace CCTV camera being controlled, for monitoring the desired location on section or target.
Preferably, described road environment information at least comprises road Lighting information, also comprises the steps:
The road Lighting information collected is analyzed by integrating control center, according to described road panoramic video information and details monitoring video information, section is analyzed, according to the activity of time period statistics Pedestrians and vehicles, cook up illumination effective time and the brightness of illumination of this section illuminator, determine section optimal illumination managing schedule and luminance parameter table, managing schedule and luminance parameter table are pushed to front end illuminator simultaneously, illuminator carries out the open and close of street lamp according to managing schedule and luminance parameter, realizes lighting energy saving and controls.
Preferably, also comprise the steps:
The road environment information collected is carried out large data analysis and excavation by integrating control center, by humiture and the ponding situation of road, analyzes the best speed of a motor vehicle and the vehicle scheduling of applicable road.
Preferably, also comprise the steps:
Integrating control center adopts panorama three-dimensional visualization technique and large screen display system seamless combination, road panoramic video information and details monitoring video information is combined, and obtains road all standing panoramic video monitor message.
Technique scheme of the present invention has the following advantages compared to existing technology,
1, the invention provides a kind of road all standing panorama intelligent video monitoring system based on Internet of Things, comprise collecting unit, panoramic video CCTV camera, The Cloud Terrace CCTV camera, transmission unit and integrating control center, facility based on street lamp, is combined panoramic video watch-dog with The Cloud Terrace CCTV camera, be carrier with Internet of Things, merged the technology such as road all standing panorama intelligent video monitoring, intelligent lighting, intelligent sensing detection, new types of data transmission in together.Achieve the urban road all standing intelligent video monitoring based on street lamp facility and city intelligent is thrown light on, Synthetical prevention, network service cover fusion, application " the Internet+" thinking, large data and cloud computing thinking, large data analysis is carried out to the urban road data obtained, it is smart city service that valuable data are excavated in extraction, UNICOM is multidisciplinary by public security in city, traffic, environmental sanitation, municipal administration etc., resource-sharing, complete the upgrading of smart city service, form the connection of the Intelligent road video thing based on the large data analysis supervisory control system of complete set.
2, the invention provides a kind of employing novel thing connection context sensing devices, described collecting unit comprises temperature sensor, humidity sensor, luminance sensor, air velocity transducer, wagon detector, noise detector, the road real time environment information that can obtain, comprise road environment humiture, light intensity, wind speed etc., be conducive to integrating control center and carry out large data analysis.
3, the invention provides a kind of road all standing panorama intelligent video monitoring method based on Internet of Things, realize the monitoring of road all standing panoramic video; In integrating control, heart action video detects and large data analysis technique simultaneously, determine section optimal illumination managing schedule and luminance parameter table, realize lighting energy saving to control, after statistical analysis is carried out in the activity such as carrying out time segmentation Pedestrians and vehicles to a certain section, cook up illumination effective time and the brightness of illumination of this section illuminator, really realize time tabular form management, when accomplishing road has Pedestrians and vehicles movable, illuminator is opened; Time movable without Pedestrians and vehicles, illuminator is closed, and realizes real wisdom illumination; Use video analysis and large data analysis technique simultaneously, realize detecting and regulation and control, crowd massing event detection vehicle congestion, be convenient to the resource-sharing of city all departments, carry out United Dispatching.
Accompanying drawing explanation
In order to make content of the present invention be more likely to be clearly understood, below according to a particular embodiment of the invention and by reference to the accompanying drawings, the present invention is further detailed explanation, wherein
Fig. 1, Fig. 2 give the structural representation of the road all standing panorama intelligent video monitoring system based on Internet of Things of the present invention;
Fig. 3 gives the road panorama three-dimensional visualization application schematic diagram at integrating control center of the present invention;
Fig. 4 gives the flow chart of the road all standing panorama intelligent video monitoring method based on Internet of Things of the present invention.
Embodiment
In order to make those skilled in the art person understand content of the present invention better, below in conjunction with drawings and Examples, technical scheme provided by the present invention is described in further detail.
A kind of road all standing panorama intelligent video monitoring system based on Internet of Things is provided in the present embodiment, Fig. 1 is panoramic video watch-dog and energy-saving LED road lamp being integrated of the embodiment of the present invention 1, The Cloud Terrace CCTV camera and panoramic monitoring camera realize coordinated signals, overall view monitoring is monitored with details and is combined, and realizes all standing overall view monitoring schematic diagram of urban road.Form by with lower part:
Collecting unit 4, gather road environment information, collecting unit can include but not limited to comprise temperature sensor, humidity sensor, luminance sensor, air velocity transducer, wagon detector, noise detector, in addition, other some collecting devices needing collection capacity can also be comprised, arrange as required.Can to the information needed for other such as ambient temperature and humidity, uitraviolet intensity, noise, wind speed, vehicle flowrate, ponding accumulated snow situation by these collecting devices.
Panoramic video CCTV camera 2, be arranged on each street lamp 3 bar, monitoring range covers whole section.Panoramic video CCTV camera 2 herein can with street lamp 3 relative set, be arranged on the side of each street lamp 3, street lamp 3 and panoramic video CCTV camera 2 be arranged in same lampshade.Because street lamp 3 is according to the needs of illumination zone, evenly can arrange on whole section, as each about 20m arranges a street lamp 3, on the side of each street lamp 3, a panoramic video CCTV camera 2 is set, can monitor for whole section, also be convenient to the collection effect of the video image installed and obtained by the illumination of street lamp 3.
The Cloud Terrace CCTV camera 1, described monopod video camera is disposed on part street lamp 3 bar, and as being arranged on the top of street lamp 3 bar, the monitoring visual angle of this The Cloud Terrace CCTV camera 1 can regulate, and can monitor the desired location on section.The Cloud Terrace CCTV camera 1 is disposed on the side of street lamp 3, as at interval of five street lamps 3, a The Cloud Terrace CCTV camera 1 is set on the side of a street lamp 3, because The Cloud Terrace CCTV camera 1 better can monitor desired position by the stretching of the adjustment of The Cloud Terrace and camera lens, but the cost compare of The Cloud Terrace CCTV camera 1 is high, what therefore The Cloud Terrace CCTV camera 1 was arranged is fewer, can carry out the concrete monitoring of fixing a point again by rational quantity for desired position.
Transmission unit, transmits the information that described collecting unit, panoramic video CCTV camera 2 and described The Cloud Terrace CCTV camera 1 obtain.Transmission unit is herein born by street lamp 3 service cable, comprise HD-PLC controller 5, adopt HD-PLC new types of data transmission technology, to road environment information and panoramic video CCTV camera 2 that collecting unit collects be collected and the road operation information that described The Cloud Terrace CCTV camera 1 gathers carries out converging and is transferred to integrating control center, by this transmission technology, new wiring need not be increased, improve the utilance of existing resource, greatly save cost.Fig. 2 gives and adopts HD-PLC new types of data transmission technology, the described road environment information collected and described road operation information is carried out converging and is transferred to the schematic diagram at integrating control center.
Integrating control center, the information that described collecting unit, panoramic video CCTV camera 2 and described The Cloud Terrace CCTV camera 1 unit obtain is processed, and by transmission unit, described street lamp 3 is managed, described The Cloud Terrace CCTV camera 1 unit is controlled, for monitoring the desired location on section or target.
Described integrating control center comprises display system, adopts panorama three-dimensional visualization technique and large-size screen monitors Display Technique seamless combination to carry out video display.Fig. 3 gives the road panorama three-dimensional visualization application schematic diagram at integrating control center.
Road all standing panorama intelligent video monitoring system based on Internet of Things of the present invention, facility based on street lamp 3, panoramic video watch-dog and energy-saving LED road lamp 3 are integrated, realize all standing overall view monitoring of urban road, The Cloud Terrace CCTV camera 1 and panoramic monitoring camera are realized coordinated signals, overall view monitoring is monitored with details and is combined simultaneously; This system, based on technology of Internet of things, adopts HD-PLC new types of data transmission technology, the described road environment information collected and described road operation information is carried out converging and are transferred to integrating control center; Integrating control center adopts panorama three-dimensional visualization technique and large screen display system seamless combination, realizes the monitoring of road all standing panoramic video; In integrating control, heart action video detects and large data analysis technique simultaneously, determines section optimal illumination managing schedule and luminance parameter table, realizes lighting energy saving and controls, and realizes real wisdom illumination; Use video analysis and large data analysis technique simultaneously, realize detecting and regulation and control, crowd massing event detection vehicle congestion, be convenient to the resource-sharing of city all departments, carry out United Dispatching.
The present embodiment also provides a kind of road all standing panorama intelligent video monitoring method based on Internet of Things, mainly comprises the steps:
S01, intelligent video thing connection supervisory control system is gathered by luminance sensor and panoramic video CCTV camera 2 pairs of road illumination parameters; By Internet of Things combined with intelligent transducer, by informations such as road environment humiture, uitraviolet intensity, noise, wind speed, vehicle flowrate, ponding accumulated snow situations.The information gathered is relevant with the type of transducer in collecting unit, and the kind of the transducer of setting is more, and the information collected is more.Collecting unit can one or more in set temperature transducer, humidity sensor, luminance sensor, air velocity transducer, wagon detector, noise detector etc., namely all can arrange, also can select the transducer that part needs.
S02, panoramic video CCTV camera 2 obtain the full-view video image in whole section, obtain road panoramic video information.
S03, for the particular location or the target that need monitoring, integrating control center controls The Cloud Terrace CCTV camera 1 and aims at and obtain image, obtains details monitoring video information.
Carry out coordinated signals by panoramic video CCTV camera 2 and The Cloud Terrace CCTV camera 1, road panoramic video information and details monitoring video information are gathered; First, obtained the overall video in section by panoramic video CCTV camera 2, for the particular location needing monitoring, for the particular location needing monitoring, control The Cloud Terrace CCTV camera 1 and aim at and obtain image, obtain details monitoring video information.
S04, the described road environment information collected and described road panoramic video information, details monitoring video information are converged and is transferred to integrating control center, by HD-PLC new types of data transmission technology, the described road environment information collected and described road operation information are carried out converging and is transferred to integrating control center.
S05, integrating control center process the information that described collecting unit, panoramic video CCTV camera and described The Cloud Terrace CCTV camera unit obtain, and by transmission unit, street lamp being managed, described The Cloud Terrace CCTV camera being controlled, for monitoring the desired location on section or target.
Integrating control center by system acquisition to road Lighting information carry out large data analysis, excavate valid data information, the activity a certain section being carried out to time segmentation Pedestrians and vehicles is added up, according to the situation that each time period one skilled in the art in this section and vehicle pass through, the roadway lighting system carrying out regulating and controlling this section opens illumination when having pedestrian and vehicle to pass through, do not have pedestrian and vehicle by time, close illumination; Simultaneity factor can carry out adjustment brightness of illumination according to the actual intensity of illumination on road.Integrating control center can according to the long term data analysis in this section, find out certain illumination rule, thus cook up illumination effective time and the brightness of illumination of this section illuminator, determine section optimal illumination managing schedule and luminance parameter table, managing schedule and luminance parameter table are pushed to front end illuminator by integrating control center simultaneously, illuminator carries out the open and close of street lamp 3 according to managing schedule and luminance parameter, realizes lighting energy saving and controls.Adopt statistical mode herein, by adding up the data of some, these data combined with administration of energy conservation and realize, obtain and meet consumers' demand and the minimum scheme of energy consumption, those skilled in the art can rationally arrange concrete mode under this design.
Integrating control center by system acquisition to road environment information carry out large data analysis and excavation, obtain humiture and the ponding situation of road, integrating control center is according to the load condition of different vehicle, calculate the coefficient of safety under the different temperature conditions of vehicle tyre, coefficient of safety under different humidity, coefficient of safety in surface gathered water situation, thus calculate safest travel speed, simultaneously according to driving vehicle quantity and travel speed, the vehicle flowrate estimating out this section and situation about getting congestion, provide the best speed of a motor vehicle and the vehicle scheduling of applicable road, realize efficient control of traffic and road.The statistical mode of main employing is carried out herein, can set up by experiment under different humiture and ponding situation in advance under vehicle tyre different situations coefficient of safety, the coefficient of safety under different humidity, the coefficient of safety in surface gathered water situation, obtain safest travel speed, use which instead and set up training pattern, during use, input this model according to present case.
Integrating control center adopts panorama three-dimensional visualization technique and large screen display system seamless combination, realizes the monitoring of road all standing panoramic video; In integrating control, heart action video detects and large data analysis technique simultaneously, the process that the operation information of the pedestrian on road and vehicle is analyzed is comprised: first, car plate detection and indentification, vehicle congestion analysis, vehicle tracking analysis, vehicle fire analysis etc. are carried out to vehicle; Then one or more in recognition of face analysis, crowd massing analysis, the analysis of region mobile monitoring are carried out to pedestrian; Afterwards, determined the congestion of road by above-mentioned analysis, obtain road passage situation in time, and the personnel of specific region and vehicle are monitored.UNICOM's public security in city, traffic, environmental sanitation, municipal administration etc. are multidisciplinary, and resource-sharing, carries out United Dispatching.
Obviously, above-described embodiment is only for clearly example being described, and the restriction not to execution mode.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here exhaustive without the need to also giving all execution modes, and thus the apparent change of extending out or variation be still among the protection range of the invention.
Claims (10)
1., based on a road all standing panorama intelligent video monitoring system for Internet of Things, it is characterized in that, comprise the steps:
Collecting unit, gathers road environment information;
Panoramic video CCTV camera, is arranged on each light pole, and the monitoring range of all panoramic video CCTV cameras covers whole section;
The Cloud Terrace CCTV camera, described monopod video camera is disposed on part light pole, and the monitoring visual angle of this The Cloud Terrace CCTV camera can regulate, and can monitor the desired location on section;
Transmission unit, transmits the information that described collecting unit, panoramic video CCTV camera and described The Cloud Terrace CCTV camera obtain;
Integrating control center, the information that described collecting unit, panoramic video CCTV camera and described The Cloud Terrace CCTV camera obtain is processed, and by transmission unit, street lamp being managed, described The Cloud Terrace CCTV camera being controlled, for monitoring the desired location on section or target.
2. system according to claim 1, is characterized in that, described panoramic video CCTV camera is arranged on the side of each street lamp.
3. system according to claim 1 and 2, is characterized in that, described The Cloud Terrace CCTV camera is arranged on the top of light pole.
4., according to the arbitrary described system of claim 1-3, it is characterized in that, described collecting unit comprise in temperature sensor, humidity sensor, luminance sensor, air velocity transducer, wagon detector, noise detector one or more.
5., according to the arbitrary described system of claim 1-4, described transmission unit is street lamp power supply, road lamp power supply cable.
6. according to the arbitrary described system of claim 1-4, it is characterized in that, described integrating control center comprises display system, adopts panorama three-dimensional visualization technique and large-size screen monitors Display Technique seamless combination to carry out video display.
7., based on a road all standing panorama intelligent video monitoring method for Internet of Things, it is characterized in that, comprise the steps:
Collecting unit gathers road environment information;
Panoramic video CCTV camera obtains the full-view video image in whole section, obtains road panoramic video information;
For the particular location or the target that need monitoring, integrating control center controls The Cloud Terrace CCTV camera and aims at and obtain image, obtains details monitoring video information;
The described road environment information collected and described road panoramic video information, details monitoring video information are converged and is transferred to integrating control center;
Integrating control center processes the information that described collecting unit, panoramic video CCTV camera and described The Cloud Terrace CCTV camera unit obtain, and by transmission unit, street lamp being managed, described The Cloud Terrace CCTV camera being controlled, for monitoring the desired location on section or target.
8. method according to claim 7, is characterized in that, described road environment information at least comprises road Lighting information, also comprises the steps:
The road Lighting information collected is analyzed by integrating control center, according to described road panoramic video information and details monitoring video information, section is analyzed, according to the activity of time period statistics Pedestrians and vehicles, cook up illumination effective time and the brightness of illumination of this section illuminator, determine section optimal illumination managing schedule and luminance parameter table, managing schedule and luminance parameter table are pushed to front end illuminator simultaneously, illuminator carries out the open and close of street lamp according to managing schedule and luminance parameter, realizes lighting energy saving and controls.
9. the method according to claim 7 or 8, is characterized in that, also comprises the steps:
The road environment information collected is carried out large data analysis and excavation by integrating control center, by humiture and the ponding situation of road, analyzes the best speed of a motor vehicle and the vehicle scheduling of applicable road.
10. the method according to claim 7 or 8 or 9, is characterized in that, also comprise the steps:
Integrating control center adopts panorama three-dimensional visualization technique and large screen display system seamless combination, road panoramic video information and details monitoring video information is combined, and obtains road all standing panoramic video monitor message.
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