Born Tech Mad

Yuta Corporation, Artificial Intelligence Building, Ross has not visited this department with the highest technological content for a long time. ｜

As soon as he entered, Rose was stunned by everything in front of him.

In the factory with an area of ​​7,000 square meters, there are rows of servers and millions of chips connected to Tianhe-3, Tianhe-1 and Tianhe-2, and the three supercomputers are running at full capacity.

In the factory, a dozen or so robots are learning various human behaviors, with stiff expressions and slow movements.

In the whole factory, there are more than 2,000 computer experts, many of whom are foreign computer experts.

Each of them is in charge of a computer group and server group, and they are following Britney's command to control the world's largest computer and server group.

Britney sat in front of the huge screen in front of the Tianhe-3 computer, staring at the LCD wall and the massive amount of data, without moving.

Rose walked over gently, and asked with a smile: "Miss Britney, how is the development of artificial intelligence technology?"

"Boss, I have completed the prototype of the neural network, look."

Britney pointed at the liquid crystal wall, and Ross stared at it carefully. The rows of data were various program codes.

The running data of a chipset is equivalent to the running data of 6 million cells in the human body per second. One million chipsets, running control data, is equivalent to the data running on 6 trillion cells.

This rudimentary neural network computer is too large, and its simulation ability is equivalent to one-tenth of the human neural response function.

Each system and chipset is connected to the robot, and the data is being transmitted to the robot, and those robots are imitating the various reactions of the human body. Although it is much slower, it can perform various human actions.

Ross glanced at those clumsy robots, and was a little happy: "Britney, although these robots look stupid, they are much better than those foreign robots that can only shake their heads and nod, answer questions, run and turn. Too much, your artificial intelligence technology is developing very fast!"

Britney didn't show a happy expression, instead she shook her head: "Boss, this is not what I want. The speed at which this neural network transmits information cannot meet my requirements. The entire chipset and server group are too large Yes, the operation requires the cooperation of 2,000 people, which is simply a burden.

Our information transmission volume is too large. Even if there are three supercomputers as processors, the robots run more than 5,000 programs, and they need three seconds to respond. There is something wrong with my 'micro special algorithm', the neural network can't achieve the result I want. It was too slow for those robots to carry out their orders. "

Ross smiled and comforted her: "Don't worry. You can complete the prototype neural network technology, which is already great. These chips and servers are too ordinary. The function of running software is not strong enough, and it will heat up after a long time, and the speed will slow down. Slow down. It's a hardware problem, not yours.

"Boss, thank you for your comfort, I let you down."

Ross sighed: "It would be great if I could complete nanotechnology. I could increase the functions of chips and servers by a factor of ten thousand. By then, I would be able to put all the chips and servers into a computer the size of an ordinary computer." On the machine. At that time, you can control all the units by yourself. The speed of the neural network will be increased many times. By then, the robot will become smarter and more flexible.”

Britney was excited: "Boss, when will you be able to complete nanotechnology! If there are really those super-performance hardware support, I think, I can make neural network technology develop faster and more perfect."

Ross laughed and said, "I'm building the 'nano mansion' and buying equipment, but the talents are bothering me. I think these robots are good! Although the speed is a bit slow and the movements are a bit clumsy, they can perform various tasks very well. Order. There will be no mistakes. Without super hardware support, artificial intelligence technology can only develop to this extent. Britney, I give you a task. Let’s make artificial intelligence technology mature quickly.”

Britney was very excited: "Boss, what do you need me to do, please give an order."

Ross smiled: "Once my nanotechnology is mature, I can make better hardware to support your artificial intelligence technology. But I lack talents to develop nanotechnology. I plan to use robots to develop nanotechnology. I Three thousand of these robots are needed. Although they are a little stupid and slow to respond, let's make do with them.

Please help me buy 3,000 of these robots, and copy the 5,000 intelligent software you have already mastered into the robots. I want you to run robots to help me produce nanomaterials. "

Britney was shocked: "Boss, these robots are very expensive, and the neural sensors inside cost 10 to 100 US dollars each. A robot needs hundreds of thousands of tiny neural sensors, plus other things, one The stupidest robot of this kind needs to cost 500,000 to 1 million US dollars. If it is 3,000, it will be 3 billion US dollars. This will cost a lot of money. And we... haven’t created benefits for you yet.”

Ross chuckled: "Miss Britney, you are too modest and too self-blaming. I am not a businessman who only wants to make money. The development of high technology must require high investment. For the current Yuta Company, 3 billion US dollars , is nothing. Help me place an order abroad to manufacture 3000 of these robots.

"Once the robot is built, you can get the program and software, and I will teach you how to control the robot. At that time, I will compile the method of controlling the nano-production line into software, and after you implant it into the chip of the robot, we can use the robot to control it." Nano production line. When I develop nanotechnology and artificial intelligence technology matures, we will be able to manufacture stronger and more advanced intelligent robots, and we will not be restricted by anyone in the development of any technology."

"Okay! Boss, I listen to you."

"Well! I'll give you a little task, the robot will take your time."

Ross smiled and handed Britney the problem of programming the chip that controlled the Super Glasses. This kind of little technology is not difficult for Britney, so she ordered dozens of computer experts to write the program.

On the other side of the main computer control room, Tan Ying was sleeping soundly in front of Tianhe-2.

This little girl seemed to have been tired for many days, and she was so tired that she got angry, and small pimples appeared on her face. Seeing her sleeping soundly, Ross didn't want to worry about her, and smiled and waved goodbye to Britney.

After leaving the artificial intelligence building, Rose was in a good mood. Although artificial intelligence technology can't meet its own requirements now, Yuta's technology is already very advanced for the whole world.

Those robots move so slowly that it is estimated that they are three times slower than ordinary people to produce products.

Although their production capacity is slow, they have an advantage that humans cannot compare. As long as they are implanted with software and chips, they can directly become talents without learning. The nanotechnology that Yuta Company will engage in in the future will be able to develop using these robots.

After the development of nanotechnology, Ross can also solve the hardware problems that plague the development of artificial intelligence technology.

No matter how good the software is, it will not work without the support of hardware. If software is not limited by hardware, the world only needs software engineers, what hardware manufacturers are needed, and chips can be divided into advanced and ordinary.

Artificial intelligence and nanotechnology account for two of the three cutting-edge technologies of the 21st century. These two technologies complement each other. After completing these two technologies, the technology that Ross needs to develop can be like a fish in water, not limited by talents.

Ross is confident that he will first use robots to produce nanomaterials.

Then, use nanomaterials to manufacture advanced nanochips, nanoprocessors, nanosensors, and nanohard disks. With the support of hardware, artificial intelligence technology will be ten times, a hundred times, a thousand times, or even ten thousand times more powerful.

[Book group number: 473288322] (To be continued.)