Detailed explanation of the eight characteristics of campus monitoring

How to effectively maintain campus order and safety, ensure the smooth progress of school teaching and research work, and create a better security environment for students' lives and learning has become a major concern of the society, so campus monitoring has become the current work. Focus.

Follow the principle of advanced technology, complete functions, stable performance and cost saving. And comprehensive consideration of construction, maintenance and operational factors, and can leave room for expansion for future development, expansion, transformation and other factors. The design content of the remote network monitoring system should be systematic, complete and comprehensive; the design plan should be scientific, reasonable and operable. And has the following principles:

1. Advanced performance and applicability The technical performance and quality indicators of the system should reach the international leading level. At the same time, the system installation and debugging, software programming and operation should be simple and easy to master, suitable for China's national conditions, to reflect the current electronic monitoring. The latest development level of technology and computer network technology, to meet the requirements of the development of the times. At the same time, the system is a system for various management levels. Its function configuration should provide users with comfortable, safe, convenient and fast guidelines, and its operation should be easy to learn.
2. Economical and practical considerations Fully consider the actual needs of users and the development trend of information technology. According to the user's site environment, design and select the system configuration scheme suitable for the site situation and meet the user requirements, and achieve the best through strict and organic combination. Performance and price ratio, in order to save engineering investment, while ensuring the requirements of system function implementation, economical and practical.
3, reliability and security system design should have high reliability, in the event of system failure or accident caused by interruption, to ensure the accuracy, integrity and consistency of the data, and has the function of rapid recovery, while the system has A complete set of system management strategies can ensure the security of the system.
4. Openness is designed with existing mature products as the object. At the same time, it also considers the status quo of the surrounding information and communication environment and the development trend of technology. It can be linked by fire, anti-theft and concentrating systems, and has RJ-45 network communication port. Implement remote control.
5. The design of the expandable system should take into account the development and use of the technology in the future, with the possibility of updating, expanding and upgrading. According to the actual requirements of future project engineering, the system functions will be expanded. At the same time, the scheme will be redundant in the design to meet future development requirements.
6. Pursuing the optimal system and equipment configuration Under the premise of satisfying users' requirements for functions, quality, performance, price and service, the system equipment configuration is optimized to minimize the system cost.
7. Preserving sufficient expansion capacity The project's control capacity reserves a certain amount of space to renovate new control points in the system; the system must also maintain interfaces with other computers or automation systems; also consider future scientific development And the application of new technologies.
8. Improve supervision and comprehensive management level Project system equipment control needs to be efficient, accurate and reliable. The system comprehensively monitors the operation of each subsystem through the central control system, and dynamically monitors and alarms. CCTV monitoring greatly reduces labor intensity and reduces equipment operation and maintenance personnel. In addition, the integrated management of the system should enable the equipment to operate in an optimal combination and operate under optimal conditions, which not only saves energy, but also greatly reduces equipment loss and equipment. Maintenance costs, thereby improving supervision and comprehensive management.