July 15 news, sponsored by Netease Technology, NetEase smart hosting "2017 Netease future technology summit AI + travel" special venue held this afternoon. Dean Dean of the Beihang Institute of Transportation Technology and Engineering, and Tian Daxin, a director of Bodao University, said that in the future, unmanned vehicles cannot be separated from a concept—group intelligence. Unmanned vehicles will be agents in the future. If they are controlled by hackers, it may not be a matter of property loss, but a problem of loss of life. Tian Daxin believes that in the future, unmanned vehicles will face several major factors: (1) People-vehicle coupling: How to realize the co-drive with the car and the coupling of people and cars. There are many problems to be studied. (b) The existence of co-existence of manned driving and driverless driving, and the co-existence of such vehicle fleet formation, and how to carry out safety control, is an important issue. (c) Coupling of roads. In the future, unmanned vehicles can not do without "group intelligence." Tian Daxin believes that this is an important area in the field of artificial intelligence throughout the country. According to its disclosure, Beihang has set up a high-quality center supported by Beijing Municipality. The key problem to be solved in high-precision centers is that in addition to basic scientific issues, the computational intelligence of data, and the cognitive mechanism of brain, another important The aspect is the direction of landing. We must realize the swarm intelligence of the car cluster and realize self-organization and self-coordination. The following is the full text of Tian Daxin's speech: It is a great honour to be able to participate in this event. Because I am doing it in colleges and universities, it is clear to everyone that universities are still more focused on cutting-edge research. The theme of the exchange I give to everyone today is actually two levels. The first is that in the future, this unmanned or self-driving car needs to communicate between the car and the car, and between the car and the road. The first topic I talked about was that the driverless car needs information security protection. First of all, let's take a look. Actually, in terms of driverlessness, it faces several major factors at present or in the future. I have summarized it into three major elements: (A) Coupling of people and vehicles. Just now Peng always mentioned that the next stage will definitely involve the process of switching between manned and unmanned driving. This process is inevitably experienced, and it is not a very short process. It may be a long process of several years or more than a decade. At this time, how do we achieve the co-drive with the car, the coupling of people and cars, there are many problems to be studied here. (b) How to coexist with co-existence of manned driving and unmanned driving, how to achieve co-existence, and how to carry out safety control, is an important issue. (c) Coupling of roads. Now where does the idea of ​​the driverless car come from? It is from military needs. The unmanned driving of the military vehicle was first proposed. At the end of various contests, it evolved into a civilian vehicle. However, the civilian vehicle has not escaped this main line. The main line is the target of the military vehicle or what kind of result is achieved. What? It is the target of combat. After crossing obstacles and resisting the interference from the enemy, I will complete my military objectives of bombing or capture. This time, regardless of costs or other considerations, I shall simply obstruct the obstacles. OK. However, vehicles on the civil side are subject to road restrictions, road traffic lights, and traffic control instructions. These will bring about complexities, even the "touching porcelain" mentioned just now. These things bring complexity. A necessary way to solve this complexity or that you can't get around is the need for communication between cars and roads, which will provide you with good conditions for solving these problems. What are the important early image recognition tasks? To identify road warning signs or identification lights, allow me to limit the speed. These may need to be very skilled in artificial intelligence recognition algorithm or your error rate needs to be low to a certain extent, the driver will not dare to use, but it can not be done now. In fact, you think from another perspective, if the direct information of these infrastructures can be sent to your vehicle, you do not need to spend a long time, but also take a lot of error risk to solve this problem. Therefore, communication is also very important in the coupling of cars and roads. In order to achieve this exchange, in fact, to solve the technical aspects of communication, 5G communication has been well laid, we can see it, in the bottom right corner, 5G focus on solving the two major areas, in addition to the left side of the traditional voice In terms of communication, video transmission and virtual reality can be seen on the other side. Actually, it mainly covers two major areas. One is the Internet of Things, and the other is high reliability and low latency. These two aspects are to be solved in the future. After the solution, they provide good technical support for driverless driving. This piece of application has already begun testing, including Volvo has obtained experimental results in the formation, the theoretical verification has been obtained, fuel-efficient, and can make the driving more gentle, we communicate with FAW, heavy truck, they want to transport vehicles How to achieve a similar formation function? Why? Because it can bring direct economic benefits to the owner, because the freighter will not throttle for a few tens of dollars. The cost savings brought about by the attractiveness of profits is even higher than that of vehicle insurance. Therefore, this future vehicle formation is a very promising field. Of course, there are open areas and time is limited. I will not say it. After the large-scale realization of unmanned vehicles, why traffic jams? Where is the main block? We know that there are entrances and exits on the ring roads, there are intersections on the city's main roads, that is, the traffic lights, and even the toll gates on the highways. After the ETC, it is blocked less, because the traffic is faster. With the exchanges in the future, combined with driverless driving, high-efficiency traffic can be achieved, and the problem of congestion is relieved to some extent. Just now we have laid so many ideas that our center would like to introduce the idea that the future will definitely depend on unmanned vehicles. This is an important area in the development of artificial intelligence throughout our country. This is my future. How does a group of driverless cars come together to synthesize intelligence? This piece of Beihang is also a high-precision center established by Beijing Municipality. The key problem to be solved in the high-precision center is that in addition to the basic scientific issues, the computational intelligence of the data, and the cognitive mechanism of the brain, another important The aspect is the direction of landing. We must realize the swarm intelligence of the car cluster and realize self-organization and self-coordination. The direction in which we are now or the way to solve the problem is to, for example, simulate the evolution of hundreds of millions of years in this species of fish, birds, swarms, etc., and form a well-coordinated law of control. Organization, self-cooperation, self-regulation. Of course, we have also realized the development of application systems. This is the system we have developed together with the signal lights, surveillance cameras, and vehicle-mounted systems. This system has also established an open road section in Yizhuang. This is a joint effort between the Ministry of Industry and Information Technology and the Ministry of Industry and Technology. The special demonstration area built was an open road in Yizhuang. The core function is through the interaction between the road test facilities and the on-board facilities. We can now see along this function that the information of the road test signal lights is synchronized with the information contained in the car. This can realize two functions. One is as ordinary people. The vehicle can receive information to control the lights, so that I can optimize my driving, add some oil to the green light, and I don't need to speed up when I turn red quickly. Another application is special vehicles, such as miscarriages, buses, and I can give priority to signal lights. Collaborative control of traffic control systems and vehicles Now that this kind of government management department is also like drones, there must be some awe and fear. The reason is that if you do not have the guarantee of reliability, the security protection may cause Loss of life. In terms of information security, unmanned vehicles will be agents in the future. If they are controlled by hackers, it may not be a matter of property loss, but a problem of loss of life. From the National Key R&D Program in 2016 and the top-level projects in the “Thirteenth Five-Year Plan†period, we at Beihang took the lead to lead the two projects to do thematic projects of car networking safety information. Our previous research results have also made some relatively good progress. This was the previous time in the World Smart Conference, the team formed by the Beijing University of Aeronautics and Astronaut team successfully broke four brands of vehicles, from 24 The global team stood out and won the championship. This is my entire report. Thank you all. On July 15, 2017 Netease Future Technology Summit was held in Beijing. The theme of this year’s NetEase Future Technology Summit “New Life†is to point out that the Internet industry is recovering from the capital winter that has spread for two years. Large companies are accelerating reforms. Unicorns are emerging in an endless stream. Young entrepreneurs are catching up and reborn. The Internet has brought a whole new future. This year's NetEase Future Science and Technology Summit set up six forums: New Technology, New Future, New Content, New Entertainment, New Consumption, AI+ Finance, AI+ Travel, AI+ Life, and AR Future. We invited the most outstanding scientists, entrepreneurs, investors and cross-border stars at home and abroad to discuss the future of artificial intelligence, consumer upgrading and AR. Twinkle System Technology Co Ltd , https://www.pickingbylight.com
