Computer Shoes Do Not Test 100 Feet.

No code leather shoes are designed according to the foot shape. The new technology enables the Terracotta Army to "revive" and connect the eagle's brain with computers, allowing it to command by human beings and become an "UAV" with high cost performance.

Yesterday, at the high tech conference held by the Provincial Association for science and technology, academician of the Chinese Academy of engineering and academician pan Yunhe, an information technology specialist, described the future of the information society in Nanjing.

In the future, 100% personalized shoes will go to the mall to buy leather shoes. You will find that shoes that are exactly the same size as feet do not fit well.

"The 80% unfit feet of new shoes are a design defect. When they fit the feet, the shoes become deformed."

Academician Pan Yunhe said that shirts have five or six size elements, and that they only have one code number, which is not exactly corresponding to the foot type. For example, some people have a lot of difference between the left foot and the right foot.

"If you use computer design, leather shoes are made according to their feet, this problem will be solved."

Academician Pan Yunhe said that before making leather shoes, the computer used three dimensional scanning of human feet, and established the digital model of personal feet. As an ID card, manufacturers could make personalized leather shoes according to the digital model and standardized shoe rings.

This way, you don't need to try size when you buy shoes.

"Measuring the digital foot type equipment, France has been built, to sell 800 thousand yuan, China has also been developed, as long as 100 thousand yuan can be bought.

After the industrialization of the equipment, the production and sale of leather shoes will be greatly changed.

Academician Pan Yunhe said.

People who have been able to walk freely in Terracotta Army and have seen the movie heroes and the Lord of the rings marvel at the magnificent fighting scenes in the film.

In fact, these big scenes and character modeling are all edited by computer virtual reality technology.

"Actually, the first row is a real person, and then the" big force "is fake.

Locking some characters from the real shooting scene can make "thousands of soldiers" in the computer.

Academician Pan Yunhe revealed that the principle of animation in film is actually very simple.

For example, the production of animated people's walking is to capture human actions with motioncapture software. After getting the action data, the computer is input, and the action is matched with the role of the cartoon through software control, so that animators can walk like a real person.

"If the object of the match is Terracotta Army that has slept for thousands of years, it can still walk freely, as if it were resurrected."

Academician Pan Yunhe talked and demonstrated, and the video of "Terracotta Army revival" was broadcast on the spot, winning applause like thunder.

The remote control can control mice walking. Now there is a very important scientific research, called brain brain interaction, to achieve the integration of human brain and computer, but this research is still in its infancy.

According to academician Pan Yunhe, when he visited the United States in 2005, he learned that they were studying the information extracted from monkeys' brains and using computers to analyze them. At last, the monkey's brain and computer could be connected to realize the purpose of human control of monkeys.

"After returning home, I set up a project at Zhejiang University, but the cost was only two million, and I couldn't afford to buy monkeys. I had to take rats to do experiments. We connected the mouse's brain with the computer, and achieved the artificial control of rats. You can command a mouse to walk with a remote control."

Pan Yunhe said that this study seems boring, but the value behind the research is very high. If the animal is an eagle, if the hawk is equipped with a video camera and "brain brain interworking", it will be an "unmanned aerial vehicle" with super cost performance. It can act as a "UAV" and fly to dangerous areas to engage in search, rescue and investigation.

"A" UAV "cost less than two to three million, and raising an eagle for thousands of dollars can be done, which is the value of bio robot research.

Pan Yunhe said.