"The macroscopic understanding is to put the robot's brain in the cloud, and then use the network to connect to a robot's body, that is, to turn the robot into three parts, put the robot's brain in the cloud, and turn the robot's neural network into a The network of mobile communications, then turns the body of the robot into an avatar, thus forming a cloud robot."
At the CCF-GAIR Summit on August 13th, the CEO of Daxuan Technology, a special expert of the National Thousand Talents Program, and Huang Xiaoqing, former president of the China Mobile Communications Research Institute, made a comment to Lei Fengwang (search for "Lei Feng Net" public number) on the cloud robots. definition.
Looking back at Huang Xiaoqing's resume: Established UT Starcom in 1995 as co-founder; established WACOS Softswitch Systems in 1997; merged with UT Starcom in 1999 as the first Chinese student to start a business; UT Dakang was successfully listed on Nasdaq in the United States in 2000. After 8 years of working at China Mobile, it was the third time to start a technology venture. In March 2015, Daxuan Technology Co., Ltd. was established to commit itself to the development of “cloud-based intelligent robots†technology and industry.
From his resume, it can be seen that Huang Xiaoqing excels at the architecture of the network. In fact, he has become an architect since the age of 20. Nowadays, starting a business as a robot, in many people's eyes, this is a cross-border behavior, but Huang Xiaoqing said that intelligent robots actually face architectural problems.
What is the core element of the success of mobile communications in terms of architecture? The base station is covered. This architecture laid the foundation for the success of today's architecture. In the field of intelligent robots, we need an architecture. Today we talk about the cloud architecture is how to achieve the same success as mobile communications in the field of intelligent robots.
We can use a complete architecture to make a robotic nervous system that is comparable to a human nervous system. The robotic nervous system is dependent on the next generation of mobile networks, which is why I have done many years of communication work for people at this age and decided to go The reason for entrepreneurship is because the problem we can solve is precisely when the robot serves the society. That is, the nervous system that solves this machine needs our system to realize it. The core point is to ensure the safety and ensure the quality of communication. Achieving 100 milliseconds within 1,000 kilometers is a very important pursuit for the next generation of robot services to achieve services.
Huang Xiaoqing said that architecture is actually the technology that determines a certain project, and is called the core of mainstream technology. Therefore, the architecture determines everything.
The goal of Daxie Technology is to achieve family nanny robots by 2025. To achieve this goal, first of all, the funding needs are very large. Huang Xiaoqing estimates that the project fund demand is as high as 10 billion RMB, which also makes many people in the industry think that the project is too macro. hard to accomplish. In this regard , Huang Xiaoqing said that Daxie Technology will initially appear to be the operator's newly-created corporate image for the operation of cloud robots. The main research will be on the robot's brain and the robot's neural network. In the future, it will be the robot's controller connected to the cloud, and finally realize the family. The babysitter robot will probably be completed in three stages.
The first stage is to build a secure and reliable cloud computing infrastructure. This infrastructure will be realized commercially. It does not have to be a robot. It can also be a mobile informatization. It can also be a secure network and an Internet of Things. Of course, the Internet of Things is not the most advanced robot at the end. Isn't the robot the highest performance Internet of Things?
In the second stage, we will enter some vertical service robots, such as guides and security robots. Because it does not look like people, it can replace people to complete a role.
The third stage is to complete humanoid robots in five years. We all know that Ford didn't invent the car, but Ford defined the car. He defined the T-car, and all cars are longer. What is the T-bot in the era of intelligent robots? My conclusion is humanoid robots. Whether it takes five years, or ten or fifteen years, if this era cannot come, it is that humanoid robots cannot do it. I think the era of intelligent robots will not come.
Huang Xiaoqing said that it will soon launch a smart device for blind people. It has a mobile terminal and a helmet. The mobile terminal can be controlled by voice. The blind person can set the terminal station. The helmet is a sensor. It is equivalent to a collection of sensors. The helmet has Sufficient sensors can send this information through the terminal to the cloud, where the cloud makes cognitive decisions and then uses natural language to communicate with the blind person. Huang Xiaoqing said that the market in this area is not very big, but it can achieve some practical value.
Although Huang Xiaoqing didn't know when the era of intelligent robots came, we had to face a serious problem once it came. It was cyber security. In the speech at the summit, Huang Xiaoqing proposed a network concept called Mobile Intranet, that is, establishing a secure system to control the robot, so that hackers could not detect the existence of the robot and make the robot become invisible, and the hacker could not see it. Attack it and let the robot's IP have no way to attack it.
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