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And the entire lighting system is controlled by an intelligent system, which can control the entry of natural light as needed, so that a more comfortable brightness environment is always maintained in the hall. And you can also use simulated natural light to fill light at night or in an overcast weather environment.

In addition, the fresh air system will also transmit the fresh air filtered layer by layer at any time to keep the air fresh at all times. "

Under Dong Yiming's introduction, everyone was also exploring the environment inside the entire intelligent control center.

Unlike general complex control centers, the walls in the entire intelligent control hall are spliced ​​seamless high-definition screens. In addition to various data information, individual screens display the outside scenery.

These landscape pictures are not single-chapter pictures or looped videos, but real pictures taken from a high-definition camera outside the building.

Surrounding the walls are some workbench consoles. Except that the control area of ​​the cooling system is slightly more complicated, the other areas are relatively simple.

There are some technicians working here at the moment. After seeing Wu Hao and the others, after saying hello, they started working again.

After a tour, everyone immediately came to the control console of the entire building.

"Mr. Wu, this is the switch of the intelligent control system of the entire building. You only need to press this button, and the intelligent control system of the entire building will start up." A technician operated the console a few times and then turned it on. A plastic cover pointed to the red button inside and said to Wu Hao.

Looking at the red button and the gaze that everyone was expecting, Wu Hao nodded, and then pressed the red button with a smile.

Beep, beep... With a few beeps, the lights of some switches on the console lighted up, and many systems displayed on the display screen started to start.

The intelligent control system of the building is started, and the program starts to be loaded, 0, 1%, 2%...

The progress bar is growing rapidly. Soon, a very crisp female voice came from the speakers: "The building's intelligent control system is successfully loaded."

Start the cooling system!

The cooling system has been activated. With the prompt tone, monitoring images from multiple locations began to appear on the large screen on the wall.

As you can see on the screen, the related equipment has started to work, and the working status is also displayed on the screen.

Papa papa...In the intelligent control center, there was a burst of warm applause.

While applauding, Wu Hao smiled at Yang Fan and Ma Tao, "Next it is your turn."

Boss (Mr. Wu), you should come. The two gave way to Wu Hao.

Wu Hao smiled and waved his hand: "Whether it is a supercomputer or a smart server array cluster project, it can be said that it is your hard work, so you should start these two projects yourself."

After speaking, Wu Hao applauded at the two of them, and the others immediately followed.

The two watched Wu Hao trying to open his mouth, but finally nodded, and then went to their respective consoles.

The two faced the start button, and then shouted one after another: "Start the'Super Photon Computer' to start the smart server array cluster!"

The buzzer sounded immediately, and then the large screen on the wall began to flash various data messages.

On the large screen on the other side, surveillance pictures of various places in the building are displayed. Through the screen, we can see that the server units on each floor and each sector are starting to work, and the flashing lights are unusually bright.

As for the fifteenth floor where the Super Photon Computer is located, it instantly brightens. These lights are not illuminating lights, but the light after the Super Photon Computer is started, which is very sci-fi.

Yes, this is the super photon computer jointly developed by them and experts from related institutes.

The photonic computer is a new type of computer that performs digital operations, logical operations, information storage and processing by light signals.

It is composed of lasers, optical mirrors, lenses, filters and other optical elements and equipment. It relies on laser beams to enter the array of mirrors and lenses for information processing, replacing electrons with photons, and electrical calculations with light.

The parallel and high speed of light naturally determines the strong parallel processing capability of the photonic computer and its ultra-high computing speed.

The photonic computer even has fault tolerance similar to that of the human brain. When a component in the system is damaged or goes wrong, it does not affect the final calculation result.

The information distortion and distortion caused by the transmission of photons in the optical medium is extremely small, the energy consumption and heat dissipation during optical transmission and conversion are extremely low, and the requirements for environmental conditions are much lower than that of electronic computers.

The scientific idea of ​​photonic computer has been put forward for decades, and more scientists have joined in since then. UU reading www.uukanshu.com is constantly improving the research of related scientific theory system.

Until 1990, Bell Labs of America made the world's first photonic computer. This photonic computer is a new type of computer that performs digital operations, logical operations, information storage and processing by light signals. However, due to the limited technical conditions at the time, the performance of this photon computer was not outstanding, even inferior to the electronic computers of the same period.

Subsequently, many countries invested heavily in the research of photonic computers, but the development of photonic computer technology has been relatively slow, and has always been inferior to electronic computers. The main reason is that people have not done enough research in the field of optics.

The composition of a photonic computer is very complex, mainly composed of complex integrated optical paths, lasers with stable light sources, lenses, optical mirrors, filters and other equipment.

Use photons as the carrier of information, replace electronic hardware with optical hardware, and replace electrical calculations with optical operations.

The laser is used to transmit signals, and an integrated optical path is formed by optical fibers and various optical elements, so as to perform data calculation, transmission and storage.

In photonic computers, light of different wavelengths, frequencies, polarization states, and phases represent different data, thereby replacing the binary operations performed by electronic computers through electronic "0" and "1" state changes.

It enables fast parallel processing of tasks with high complexity and large computational load.

The principle sounds simple, but it is actually very complicated, especially when it comes to optics.

According to the current related technology, it is easy to build a photonic computer that can perform calculations, but it is very difficult to build a super photonic computer for large-scale data calculations.

Fortunately, Wu Hao broke through a core technology, that is, compound lens processing technology.