Break the "four modernization" pattern and dominate the future of video surveillance

High-definition, intelligentization, platformization, and networking have created the main pattern of current video surveillance. It can be said that they dominate the future development of video surveillance. Then, if the existing market has become saturated, who can take the lead in breaking the pattern? , determined to innovate, who will be able to dominate the future of the monitoring market.

High-definition, see clearly is the hard truth of video surveillance. HD is a top priority for video surveillance. For its demands, it has never stopped. When the traditional analog video surveillance technology is about to hit the limit of the 700 line, the demand for high-definition is ready. However, the difficulty in domestic HD has always been a headache in the industry. The main difficulty is that the industry's understanding of HD is not uniform. Most people in China think that a camera with 800 TV lines or more than 1.3 million pixels and a resolution of 1280×960 is a high-definition camera. But in fact there are many parameters marked as high-definition surveillance cameras that do not meet this requirement. The emergence of these problems is not due to problems with the manufacturers' products, but rather due to the different perceptions of all parties in the domestic HD market, that is to say, there is still no unified industry standard. The Shanghai Municipal Public Security Bureau promulgated the "Technical Specification for Color Digital Video Cameras for Video Surveillance and Monitoring in the City", which was a precedent for the standardization of high-definition video.

Intelligent, intelligent and intelligent machines are certainly the main trend of video surveillance in the future. Whoever takes the lead in solving the intelligent issues will be able to take the lead. In the future, it is believed that there will be a highly intelligent surveillance camera.

The intelligence is widely used in practical applications. At present, smart identification technology is mainly used in the field of video surveillance. Intelligent identification technology is widely used at present, and it has applications in many fields such as access control attendance and video surveillance. However, due to its high technical threshold, the depth of application in the industry is not enough. For example, the accuracy of the face recognition technology currently in the video surveillance industry needs to be improved. In intelligent recognition, as long as people hold any facial features on their faces, recognition is very likely to produce errors. If this is more than sufficient in the area of ​​access control and attendance, it will not be up to standard in video surveillance cameras. However, this inherent disadvantage has been greatly improved through continuous technological innovation. At present, video surveillance has begun to use face recognition technology. For example, in the bank's surveillance video system, some companies have introduced an identification system for VIP customers. In the hall of the bank, the surveillance cameras are tasked with day-to-day security and automatically identify the bank's VIP customers and notify the appropriate bank managers to serve them. The main purpose of doing so is to improve the quality of service and minimize work mistakes.

Platformization, video surveillance's "inclusiveness" must be a platform for large-scale video surveillance, and it is bound to be the guarantee for its rapid development. For monitoring products, the importance of the platform is also self-evident. The so-called is: "The second-rate merchants make products, and the first-class merchants do the platform." With the platform, security products can maximize their effectiveness. At present, many businesses start to specialize in research platforms after they have become stronger.

Remote network video surveillance technology is a very good technology in the video surveillance platform. Remote networked video surveillance technology is mainly used to build a basic platform through the Internet, monitoring video images through the network transmission and sharing to the rear monitoring platform, the staff through this for remote monitoring. For example, some domestic companies have launched a remote video surveillance system specifically for banks. This system is mainly aimed at ATMs and other special financial venues, without the presence of workers in the case of remote video voice monitoring to serve customers. If there is a problem that the sub-system cannot solve, the system can directly contact the headquarters to answer the customer's questions. This technology will not only increase the financial security of banks, but also increase customer service satisfaction.

The networking of network surveillance and video surveillance is the trend of networking and is a trend that video surveillance cannot avoid in the future. Although the current wireless network video surveillance is still not mature enough in all aspects, in the future, as long as the main issues such as unstable transmission and unclear monitoring are solved, the development of wireless network video surveillance will be the mainstream of the industry.

Monitoring the camera's wireless network link, monitoring the camera's installation is correct or not, it is related to its monitoring effect, this industry is clear. However, traditional surveillance cameras have difficulty in wiring, which often affects the installation location of the surveillance camera, which affects the monitoring effect. With the advent of the network, surveillance cameras using wireless networks as the transmission channel have emerged. This kind of surveillance camera was favored by various companies as soon as it appeared, because it not only solved the problem of the wiring of traditional surveillance cameras, but also had the flexible advantages that traditional surveillance cameras did not have. The use of surveillance cameras is very extensive. Therefore, in some special circumstances, there are no conditions for cabling. Surveillance cameras using wireless networks as transmission channels fill this gap.

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