In the 20th century, the emergence of the Internet has completely changed the work and life of human beings around the world. Today, people are increasingly inseparable from network. The Internet has been integrated with the global industry, agriculture, education, science,technologyand national defense. The current Internet was originated in the United States. The Internet systems based on IPv4 and IPv6,they are controlled by the United States completely. Computers connected to the Internet are subject to data retention and backup in the United States. Data security is greatly threatened. In addition, due to limitations and loopholes in the design of the Internet, the Internet is subject to many different types of attacks. Internet research which based on security autonomy has received the attention of sovereign countries in the world. This paper mainly introduces the Future Internet system developed by Chinese researchers based on the current research on Internet servers,which is a new generation network system,the research and application of this system will have a profound impact on the world's Internet.

Nowadays, IPv4 has been difficult to meet the needs of the Internet in terms of performance, address space, security, etc. In order to solve the relevant needs of IPv4, protocols such as IPv6 and IPV9 have been born. This article introduces the current status and characteristics of IPv4 and IPv6, compares with IPV9, summarizes the relevant characteristics of IPV9, and introduces the production process of IPV9, its protocol composition, system architecture and related application introduction. IPV9 is controlled by my Chinese core technology and has independent intellectual property rights, which is the foundation of my country's future network.

As the world has entered the Internet era, more and more network operators have also developed one after another, which has been widely used in communities, schools, banks and other regions. Due to the uneven distribution of network providers in different regions, a certain network line is not running smoothly. In order to solve this problem, this paper puts forward a method that users can dynamically choose networks according to their preferences, and the problem can be solved by static routing and network address translation. At first, set the internal IP addresses of different users and the external IP addresses provided by internet providers on the ports on both sides of the user LAN router. During network address translation, a fixed one-to-one relationship established by the internal IP and the external IP is loaded into the routing table of the user LAN as a static route. Finally, users can actively and dynamically set the internal IP of the user LAN router in the router list in the user computer and realize the method that the user dynamically selects different interconnection networks.

With the rapid development of the Internet, from the PC terminal to the mobile terminal, from big data systems to intelligent hardware, technology has shown the unique charm of the Internet. With the development of the Internet, the network information security and network sovereignty issues involved have become increasingly prominent. Therefore, only in an environment of security, equality, and mutual assistance can the Internet play its due economic and social value. The emergence of a new generation of Internet IPV9 marks a key step for China to move towards an autonomous and controllable future network. IPV9 is to further safeguard national network sovereignty on the basis of fully guaranteeing network information security. But the defamation of IPV9 still exists. Recently, in order to further clarify the facts, we hereby interviewed Xie Jianping, the inventor of the Decimal Network, to conduct an in-depth discussion on the new generation Internet IPV9.

The detection and tracking technology of moving object image is one of the key technologies of computer vision, and is widely used in many fields such as industry, transportation, and military. The detection and tracing of moving object in the motion scenes based on the UAV platform is a technical difficulty in this field. In practical applications, the characteristics of complicated environment, small target object and moving platform require higher real-time performance and reliability of the algorithm. If it is possible to add some other features of the target to the tracking process, it will be possible to improve the shortcomings of Camshift itself. Based on the Camshift tracking algorithm, this paper integrates SURF feature detection into the algorithm, which greatly improves the tracking accuracy of the target object, and also has better real-time performance which can achieve better tracking performance of the object.