The real-time monitoring of the bus through GPS positioning, natural gas leak immediately alarm ... ... Recently, the General Office of the city government issued the "Chengdu Internet of Things demonstration application work program" (hereinafter referred to as the program). According to the plan, from 2010 to 2012, Chengdu will focus on the application of Internet of Things demonstrations and related work in the six areas of intelligent transportation, food safety, environmental protection, modern logistics, urban management, and safety supervision.
The plan proposes that the goal of the Internet of Things demonstration application work is to actively guide and organize the implementation of Internet of Things demonstration applications in order to create a market space for the development of the Internet of Things industry, in accordance with the development ideas of "innovation-driven, application-driven, technological breakthroughs, and industry synchronization." The industry gathers and concentrates on building smart Chengdu's industry and application foundation. From 2010 to 2012, explore the formation of technology systems, product systems, service support systems, and management and operation systems for IoT applications; form large-scale production capabilities in IoT product manufacturing; and form replicable and promote IoT application services Solutions and business models.
The plan also proposes three major principles that point to the development of the industry: through demonstration applications, it will provide market opportunities for the product manufacturing, software development, system integration, and information services of IOT companies in the city, and guide the flow of production factors to the high-end of the Internet of Things industry. IoT companies are becoming bigger and stronger, accelerating industrial development with the principle of “using industryâ€; aiming at key technologies of demonstration application projects, accelerating technology introduction, digestion and absorption, and re-innovation, achieving breakthroughs in common technologies and core products as soon as possible, and realizing technologies Independent and controllable, accelerating the formation of the principle of “using wisdom†in the technology foundation and characteristics of the city's Internet of Things industry; and through demonstration applications, attracting domestic and international leading Internet companies to set up factories in Chengdu Xingye and conduct demonstration applications around key areas. Accelerate the "using foreign capital" principle for the aggregation of the Internet of Things industry.
Intelligent Traffic Traffic Violation Information “net†is exhausted to build a comprehensive collection and intelligent processing system for urban traffic information. Among them, the acquisition system is mainly based on image recognition technology, and comprehensively applies GPS positioning terminals, RFID (Radio Frequency Identification) tags, Skynet, and other means to speed, traffic flow, road occupancy, license plate information, driving routes, and traffic violations. The information is automatically collected and transmitted in real time. The processing system classifies, summarizes, analyzes, and processes the collected information. Through intelligent control algorithms and pattern recognition techniques, it can carry out traffic event detection and rapid disposal, deck vehicles, and special vehicles. Identification tracking provides basic data. If the system is completed, traffic violations will have no place to escape under a tight monitoring network, and urban traffic congestion conditions are expected to improve.
In addition, an intelligent bus electronic station card information release system will also be constructed, which will comprehensively use GPS positioning and other information technologies to monitor and dispatch buses in real time.
Food Safety Pork Information Traceability Construction of food quality and safety information traceability system to speed up the use of RFID technology to achieve traceability management of pigs slaughtered, circulated (wholesale, distribution, retail and group purchase) and all aspects of consumption quality safety information, and with pig breeding Linking the information in the industry chain to realize the full traceability of pork product information. On this basis, the scope of food safety traceability based on RFID tags will be expanded, and a comprehensive integrated food quality traceability management IoT basic technology platform will be established to achieve traceability and safety supervision of various food production and distribution processes.
Environmental Protection Sources of Drinking Water There are pollution warnings to build multiple information systems such as monitoring and management of water resources. Deploy sensing equipment at monitoring sites and combine other monitoring methods to achieve automatic collection and real-time transmission of information such as water quantity and quality. To provide information support for mitigating water shortage disasters, emergency water supply incidents, etc., as well as for the timely monitoring of mountain floods, early warning and forecasting, decision-making consultation, and command and dispatch.
In addition, the water level, flow rate, and water volume of the sewage treatment plants, drainage houses, and drainage pipelines in the central city will be automatically collected and uploaded in real time. The operation status of the drainage pipelines will be monitored in real time. Probably early warning information is provided in the inner city and specific areas.
Within the range of 10 kilometers along the upper reaches of the drinking water intake, a water quality automatic monitoring station will be selected for construction, video monitoring points will be deployed at important locations and junctions, and data will be transmitted to monitoring centers through wired or 3G transmission channels. All-day intelligence will be managed by the back-end management system. Analyze and judge the water quality situation, and immediately report an abnormality to the police.
The modern logistics construction standardization warehouse integrates RFID, optical fiber fence sensing and other technologies in the main links of logistics operations such as production, distribution, and warehousing, and realizes data collection, automatic identification and identification of logistics information, and promotes on-demand production and rapid distribution of enterprises. Visual tracking.
Urban management bridge will automatically alarm through the construction of digital urban management information collection and intelligent processing and other systems to achieve automatic collection of urban management incidents and real-time monitoring, on-line monitoring of urban waste production, tracking and positioning the work vehicle, track playback, Dispatch and energy consumption monitoring. In addition, it is necessary to monitor and timely reflect the relevant information of the owners and safety performance of outdoor advertisements, and timely send on-site fault conditions to the monitoring center to control the street lamps in real time to achieve variable power control to achieve energy conservation and consumption reduction.
In addition, real-time monitoring and early warning of the deformation and other indicators of the main force components such as cable towers, main cables, suspension rods, and anchor heads of special structural bridges in cities should be carried out to ensure the safe operation of bridges and real-time monitoring of dust and noise.
Safety supervision and control Over 500 major hazard sources in the city Through the construction of CNG (compressed natural gas) information integration and other multiple monitoring systems, the “car, bottle, gas, person (filled personnel), and station Real-time dynamic and integrated supervision of (inspection stations), factories (retrofitting plants) and equipments; real-time safety monitoring of natural gas pipelines, automatic early-warning alarms, and timely elimination of safety hazards caused by natural gas leaks or pipeline damage; The production, operation and use of hazardous chemicals in major areas are automatically identified, dangerously alarmed and monitored. This report (Reporter Zhu Chuhua)
The Internet of Things (The Internet of Things): The concept was proposed in 1999. It means “The Internet of Things Connectedâ€. It connects information with the Internet through information-sensing devices such as Radio Frequency Identification (RFID) and Global Positioning System. Exchange and communication to realize a network that intelligently identifies, locates, tracks, monitors, and manages. The traffic light on the street is the classic application of the Internet of Things.
The plan proposes that the goal of the Internet of Things demonstration application work is to actively guide and organize the implementation of Internet of Things demonstration applications in order to create a market space for the development of the Internet of Things industry, in accordance with the development ideas of "innovation-driven, application-driven, technological breakthroughs, and industry synchronization." The industry gathers and concentrates on building smart Chengdu's industry and application foundation. From 2010 to 2012, explore the formation of technology systems, product systems, service support systems, and management and operation systems for IoT applications; form large-scale production capabilities in IoT product manufacturing; and form replicable and promote IoT application services Solutions and business models.
The plan also proposes three major principles that point to the development of the industry: through demonstration applications, it will provide market opportunities for the product manufacturing, software development, system integration, and information services of IOT companies in the city, and guide the flow of production factors to the high-end of the Internet of Things industry. IoT companies are becoming bigger and stronger, accelerating industrial development with the principle of “using industryâ€; aiming at key technologies of demonstration application projects, accelerating technology introduction, digestion and absorption, and re-innovation, achieving breakthroughs in common technologies and core products as soon as possible, and realizing technologies Independent and controllable, accelerating the formation of the principle of “using wisdom†in the technology foundation and characteristics of the city's Internet of Things industry; and through demonstration applications, attracting domestic and international leading Internet companies to set up factories in Chengdu Xingye and conduct demonstration applications around key areas. Accelerate the "using foreign capital" principle for the aggregation of the Internet of Things industry.
Intelligent Traffic Traffic Violation Information “net†is exhausted to build a comprehensive collection and intelligent processing system for urban traffic information. Among them, the acquisition system is mainly based on image recognition technology, and comprehensively applies GPS positioning terminals, RFID (Radio Frequency Identification) tags, Skynet, and other means to speed, traffic flow, road occupancy, license plate information, driving routes, and traffic violations. The information is automatically collected and transmitted in real time. The processing system classifies, summarizes, analyzes, and processes the collected information. Through intelligent control algorithms and pattern recognition techniques, it can carry out traffic event detection and rapid disposal, deck vehicles, and special vehicles. Identification tracking provides basic data. If the system is completed, traffic violations will have no place to escape under a tight monitoring network, and urban traffic congestion conditions are expected to improve.
In addition, an intelligent bus electronic station card information release system will also be constructed, which will comprehensively use GPS positioning and other information technologies to monitor and dispatch buses in real time.
Food Safety Pork Information Traceability Construction of food quality and safety information traceability system to speed up the use of RFID technology to achieve traceability management of pigs slaughtered, circulated (wholesale, distribution, retail and group purchase) and all aspects of consumption quality safety information, and with pig breeding Linking the information in the industry chain to realize the full traceability of pork product information. On this basis, the scope of food safety traceability based on RFID tags will be expanded, and a comprehensive integrated food quality traceability management IoT basic technology platform will be established to achieve traceability and safety supervision of various food production and distribution processes.
Environmental Protection Sources of Drinking Water There are pollution warnings to build multiple information systems such as monitoring and management of water resources. Deploy sensing equipment at monitoring sites and combine other monitoring methods to achieve automatic collection and real-time transmission of information such as water quantity and quality. To provide information support for mitigating water shortage disasters, emergency water supply incidents, etc., as well as for the timely monitoring of mountain floods, early warning and forecasting, decision-making consultation, and command and dispatch.
In addition, the water level, flow rate, and water volume of the sewage treatment plants, drainage houses, and drainage pipelines in the central city will be automatically collected and uploaded in real time. The operation status of the drainage pipelines will be monitored in real time. Probably early warning information is provided in the inner city and specific areas.
Within the range of 10 kilometers along the upper reaches of the drinking water intake, a water quality automatic monitoring station will be selected for construction, video monitoring points will be deployed at important locations and junctions, and data will be transmitted to monitoring centers through wired or 3G transmission channels. All-day intelligence will be managed by the back-end management system. Analyze and judge the water quality situation, and immediately report an abnormality to the police.
The modern logistics construction standardization warehouse integrates RFID, optical fiber fence sensing and other technologies in the main links of logistics operations such as production, distribution, and warehousing, and realizes data collection, automatic identification and identification of logistics information, and promotes on-demand production and rapid distribution of enterprises. Visual tracking.
Urban management bridge will automatically alarm through the construction of digital urban management information collection and intelligent processing and other systems to achieve automatic collection of urban management incidents and real-time monitoring, on-line monitoring of urban waste production, tracking and positioning the work vehicle, track playback, Dispatch and energy consumption monitoring. In addition, it is necessary to monitor and timely reflect the relevant information of the owners and safety performance of outdoor advertisements, and timely send on-site fault conditions to the monitoring center to control the street lamps in real time to achieve variable power control to achieve energy conservation and consumption reduction.
In addition, real-time monitoring and early warning of the deformation and other indicators of the main force components such as cable towers, main cables, suspension rods, and anchor heads of special structural bridges in cities should be carried out to ensure the safe operation of bridges and real-time monitoring of dust and noise.
Safety supervision and control Over 500 major hazard sources in the city Through the construction of CNG (compressed natural gas) information integration and other multiple monitoring systems, the “car, bottle, gas, person (filled personnel), and station Real-time dynamic and integrated supervision of (inspection stations), factories (retrofitting plants) and equipments; real-time safety monitoring of natural gas pipelines, automatic early-warning alarms, and timely elimination of safety hazards caused by natural gas leaks or pipeline damage; The production, operation and use of hazardous chemicals in major areas are automatically identified, dangerously alarmed and monitored. This report (Reporter Zhu Chuhua)
The Internet of Things (The Internet of Things): The concept was proposed in 1999. It means “The Internet of Things Connectedâ€. It connects information with the Internet through information-sensing devices such as Radio Frequency Identification (RFID) and Global Positioning System. Exchange and communication to realize a network that intelligently identifies, locates, tracks, monitors, and manages. The traffic light on the street is the classic application of the Internet of Things.
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