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The real-time location and tracking system for classified assets (APS: Area Position System) is an area real-time location system that uses the most advanced ACTIVE RFID technology in the world. The APS positioning system can timely and accurately reflect the dynamics of personnel in various areas to the central monitoring computer system, so that managers can grasp the distribution of personnel in the control area and the movement trajectory of each controlled object at any time, so as to make more reasonable manage. When there is an emergency, managers can also quickly understand the location of relevant personnel and confidential assets based on the data and graphics provided by the APS regional positioning system, and take corresponding control measures in time to improve the efficiency of safety and emergency work .
The real-time location and tracking system for classified assets is a comprehensive application system that integrates security control, personnel attendance, tracking and positioning, and daily management. It is also the most advanced, most stable, and most professionally designed regional real-time positioning system in China. The realization of this scientific and technological achievement will bring new opportunities for the safety production and daily management of enterprises, institutions and confidential units, as well as emergency first aid.
Dingpai IoT is a high-tech professional company focusing on the development and production of radio frequency identification (RFID) products. Committed to providing the society with advanced and mature active RFID products and technical solutions. Headquartered in Shanghai, the economic center of China, it relies on two permanent offices in Beijing and Huizhou, Guangdong to serve the national market.
The company’s main business is 2.4G long-distance readers and various active electronic tags in the field of radio frequency identification. The product adopts the most advanced 0.18uM microwave chip technology, which makes the performance of RFID substantially improved compared with the original microwave technology, and completely solves the long-distance, large-flow, ultra-low power consumption, and high-speed moving identifiers. The problem of identification and data transmission, and the cost is greatly reduced compared with the past. At the same time, it also solves the fatal weakness of the low-frequency electromagnetic wave technology with short induction distance and poor anti-collision ability. Its various technical indicators are superior among similar products, and are widely used in long-distance identification of various personnel, vehicles and assets, all-in-one card consumption, anti-counterfeiting and anti-theft, real-time monitoring, tracking and positioning, etc.
1.1 The idea of system design
The APS regional real-time positioning system involves embedded technology, mobile computing technology, * identification, computer software, database, digital communications, etc. Therefore, in addition to its functions, the stability, reliability, anti-interference ability, fault tolerance and abnormal protection are also fully considered when designing the scheme. The system uses the existing mature industrial TCP/IP communication network as the main transmission platform, and the corresponding wireless identification base stations, RFID identification tags and other equipment are connected to the system, and the real-time positioning management software for the area is used for the background of the main system with a standard dedicated database. Data exchange to achieve regional target tracking and positioning and safety management. The overall design of the system is mainly reflected in:
1) Realize the effective identification and monitoring of the entry and exit of the target in the deployment control area, so that the management system fully reflects the “humanization, information and high automation”.
2) Provide managers with management information on personnel entry and exit restrictions, attendance operations, cross-zone alarms, safety monitoring, help alarms, and reasonable scheduling. Once there is an emergency, the system can immediately know and trace all controlled targets. The location and history of sports to ensure the efficient operation of safety management;
3) The safety, scalability, easy maintenance and easy operation of the system design;
4) Easy networking, BS structure, easy to realize a wider area networking monitoring.
1.2 System design features
1) Highly automated.
The system can automatically detect the time and location information of the controlled target passing through the controlled area, and automatically realize the attendance, statistics and safety management of the controlled target.
2) Mature and reliable network communication system.
The wireless identification base station installed in the deployment control area transmits the collected information to the central centralized control system through the TCP/IP communication network in real time, without human intervention in the whole process.
3) Complete data statistics and information query software.
The system software has a dedicated database management system, including controlled target information collection and statistical analysis system, attendance statistics and management analysis system, display and print various statistical reports, and provide a full range of queries and management for senior managers Serve.
4) The safety, stability and reliability design of the system.
The system products are designed to work continuously and reliably all day long in an outdoor environment.
5) Complete alarm call system configuration for abnormal conditions (including invalid card, invalid card, blacklist card entry, unauthorized area, etc.).
1.3 Main functions realized by the system
1) Real-time tracking and monitoring of the controlled target and emergency button for help, and the position is automatically displayed;
2) Real-time query and print the current and a certain period of time controlled target number, activity track and distribution;
3) Attendance, statistics, storage and printing of controlled targets;
4) The static and dynamic editing and drawing of the monitoring chart page is open to users, supports a variety of graphic formats, can be operated by the mouse and keyboard, and fully supports real-time multitasking. While the system is collecting real-time data, the system can record, display, query, edit, manual entry, network communication, etc.;
5) The system central station and network terminals can be operated in a local area network, so that all terminals on the Internet can share monitoring information and system comprehensive analysis information, and query various data reports within the scope of use authority;
6) The monitoring software has a strong drawing ability and provides a corresponding graphic library. The operator can easily realize online and complete graphic editing, drawing and modification while continuously monitoring;
7) RFID identification tag adopts nanowatt-level low-power design, is light in weight, does not need external power supply, and has a variety of carrying methods to choose from. The entire system will try its best to maintain the user’s existing network system and application system, and reserve interfaces, which can be combined with the existing application system or the future application system to realize the unified management function of multiple parties and reduce or avoid the user’s repeated investment.
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