Design And Research Of Video Monitoring System Based On Internet Of Storage Management

Behind the explosive development of the Internet is that many traditional industries management, change management model, based on things the warehouse management system came into being, but as an important part of the video monitoring storage management, but also the biggest change, compared to traditional monitoring systems, changing the way the embedded network monitoring revolutionized the analog monitor generation technologies, its products of small-scale, cost-effective, reliable stability, etc., so that the embedded network monitoring system has a wide range of market size.The paper proposed design is based on the current situation now after the video surveillance process research proposed by the main processor design is the use of the Samsung Cortex-A8 core architecture S5PC100 processors, and as a core set up the corresponding hardware peripherals to build the embedded network video surveillance system. Program uses FS-S5PC100 control development board as the hardware platform, Samsung S5PC100 processor as the processing core, through the erection of an interactive web server on a Linux system, success in the networked computer connected to the development board, and a variety of real-time browse warehousing environment data, including video information, temperature, humidity, light intensity and so on. Completed under the premise of the system functions as well as easy to read interface, easy operation.System development stage, the first is the completion of the construction work system underlying development environment, complete the relevant bootloader, kernel porting and creation and other root file system. Thereafter, it focused on the Linux operating system-driven development and the camera driver transplant, after the completion of these tasks, rely on Linux V4L2 driver architecture provide to fulfill capture video data, as well as encapsulates data collection and transmission, and thereafter remote PC end pages and interact through the gateway hardware platform programming. In the final design work, through on-site testing and real experiment, network video surveillance system can view live video information via computer storage and video output stable, clear, reaching the system design requirements.