Industry characteristics:

Generally, the school area is very large, some even divided into multiple campuses, and there are teaching building, office building, library, laboratory building, dormitory building, family building, canteen, shop, playground, park and many other places in the school, so the monitoring needs are complex.

The campus network of the school has been basically completed. There are optical fiber connections between the buildings, and the bandwidth is sufficient.

Basic needs of the industry:

As a place to cultivate talents, schools should create a safe learning and living environment for students. Therefore, security should be the main purpose of campus monitoring.

In recent years, the phenomenon of cheating in the examination has been happening constantly, and the unfair competition caused by cheating candidates has caused great harm to other students. Therefore, with the help of advanced video monitoring technology, it can not only save manpower, but also effectively curb the occurrence of fraud.

Many schools often hold some teaching lectures. Due to the large number of students, the classroom order is often chaotic, which not only affects the students’ listening effect, but also interferes with the teachers’ teaching plan. Using advanced remote video technology can solve this problem, as long as students can access the Internet, they can learn the teaching content anywhere.

Many schools have installed monitoring system, but it can not achieve the unified management of all functions. As a result, the school management is in chaos and the monitoring system is in vain.

Solution:

According to the demand characteristics of the school, using the existing network resources of the school, a network digital monitoring system with advanced technology is designed for the school. The system not only includes video monitoring, alarm system, access control system and other functions, but also fully integrates with the same system management platform to solve the monitoring needs of the school, and puts forward some constructive suggestions for the development of the school.

System architecture:

Design of campus monitoring system based on Intranet

System design:

The system is designed on the Internet / Intranet architecture, uses the campus network to transmit video signals, alarm signals, access card swiping signals, and the management platform adopts the intelligent digital monitoring system based on Browser / server architecture.

The whole system adopts the architecture design of the combination of central centralized monitoring and regional monitoring, each region is relatively independent, and the central monitoring center manages all regions uniformly.

The regional monitoring room is equipped with regional monitoring host, which is used to store, view and monitor the data in the region.

The central monitoring center is equipped with a central monitoring server, which can display the images of important monitoring points in each area in real time, and perform video recording, PTZ control, image switching, historical data query and other operations.

Cameras are installed in classrooms, buildings and important places on campus; detectors are installed in school walls, gates and building doors; alarms are installed in guard rooms; access control is installed in scientific research rooms, financial rooms, warehouses and important laboratories.

According to the specific needs, the monitoring function is set in the central monitoring room, and the monitoring system can operate.

The school can link some real-time images of cameras to the campus network to show the school’s features to the whole world.

System function:

Support 4, 12, 21 and other screen segmentation wheel jump real-time display, any combination of screen, any view.

It supports reservation recording, alarm recording and displacement detection recording.

Support access control, alarm, video arbitrary linkage. The linkage actions include: turning on (or off) the sound and light alarm, recording with one or more cameras, displaying the real-time image of the preset camera at the front of the screen, controlling the PTZ camera to the preset position, and sending email with two live pictures to the preset mailbox.

Users can be assigned detailed permissions: monitoring nodes (including cameras and probes), monitoring system functions, buttons, etc.

The powerful storage function can not only store the image data, but also record the detailed information of each alarm, including the alarm trigger position, alarm trigger time, the linkage action when the alarm is triggered, the status of the linkage action, etc. The historical data can be easily inquired.

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