The concept of autonomous driving was proposed very early. It was not until deep learning algorithms accumulate to a certain level that people saw the possibility of autonomous driving being implemented.

In the 1920s, people published prospects and experiments on autonomous driving.

The exploration of autonomous driving has never stopped from the last century to today, but in recent years, it has truly entered the public's life with the development of Internet technology.

(Barely think that current assisted driving is considered autonomous driving in the previous concept)

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Later in May 1958, Volkswagen Science magazine published self-driving cars on the experimental runway.

The first car that can truly drive automatically appeared in the 1980s. Of course, this kind of autonomous driving is autonomous driving in a specific environment.

Deep learning architecture has enabled autonomous driving to develop rapidly.

Brain-computer connection actually avoids some risks well, which is equivalent to the autonomous driving system being responsible for car control under normal circumstances, and the human brain is only responsible for stress responses and can control its emergency braking under specific circumstances.

However, the biggest obstacle to the implementation of this kind of autonomous driving is the division of rights and responsibilities.

The self-driving cars on the market are now advertised according to autonomous driving, such as Tesla, but once an accident occurs, it will be assisted driving.

Previously, in Tempe, Arizona, an autonomous Uber car crashed and killed a pedestrian crossing the road. This is the first accident in Blue Star that caused human death by a self-driving car.

Uber and Volvo, the car brand that caused the accident, did not assume corresponding responsibilities.

Once there is autonomous driving above 14, if a traffic accident occurs, the responsibility should be borne by the car manufacturer.

Moreover, the accuracy of brain-computer connection recognition of Science and Technology Biotechnology is only 99%, and the recognition rate of 99% is no problem using it on mobile phones. If you click the wrong one, you won’t do anything.

Ninety-nine percent accuracy in cars is too low, so most car manufacturers are very interested.

Science and Technology Biotech bought two floors in CBD, a high-tech park in Gusu. Senior executives and administrative personnel are generally at CBD, and R&D and production personnel are in the R&D and production integration base.

The CBD chosen by Science and Technology Biotechnology is by Jinji Lake. Standing by the floor-to-ceiling window, you can overlook Jinji Lake. Jinji Lake is shining with golden afterglow under the sunset.

Cheng Gang was waiting in his office for Vice President Ren Yong, who came to visit. Ren Yong was the person in charge of Hua Wei Mobile Greater China.

At this time, he felt extremely grateful that he had promised Lei Jun to work for Science and Technology Biotechnology, which was a leap in his career.

"Mr. Cheng, thank you very much for finding a way out for Huawei. With the brain-computer connection chip, Huawei mobile phones can be said to have a glimmer of vitality."

At this time, Science and Technology Biotech has completed the signing of four major domestic manufacturers, Huawei, Rice, Oppo and Vivo.

The signing content with Oppo also includes authorization for OnePlus.

Other small manufacturers such as meizu and Nubia are still in talks.

Seeing that he was so polite, Cheng Gang was kind-hearted: "Where is Mr. Ren too polite. We have developed brain-computer connection chips and cooperated with Huawei as pure market behavior."

"As one of the best mobile phone brands, it is also our honor to be able to trust us and reach a cooperative relationship with us."

After obtaining the samples from Kechuang Biology, Huawei conducted a test in his own 2012 laboratory. The test results were amazing, and the accurate recognition rate was higher than that of Kechuang Biology's publicity.

What’s more important is that the brain-computer connection technology of Science and Technology Biotechnology only requires about 100 electrodes to collect brain nerve signals through non-implantation, so as to accurately identify the brain’s intentions for the cursor.

After a while of greeting Cheng Gang, Ren Yong said, "I heard that your company is negotiating with foreign manufacturers about the patent authorization of brain-computer connection?"

This kind of information does not need to be kept confidential, Cheng Gang said directly: "Since Samsung and Apple came to us, they expressed their hope that we will provide samples for them to test, and they will discuss the cooperation method based on the test results in the future."

"You are also aware of Huawei's dilemma recently. After Amelican blocked Huawei, Huawei's chips were gradually exhausted."

"The new P series of Huawei's next spring can only be released with 4G models."

"Can the patent authorization of Sci-Chuang Biotechnology be temporarily blocked for foreign companies? It is willing to pay a large amount of patent blockade fees."

In Huawei's view, this is a rare monopoly technology in China. If this technology is anti-blocked externally, it can gain certain advantages for Huawei mobile phones in high-end brands.

If you are just competing with these domestic mobile phone brands in the high-end market, Huawei is confident that even the 4G model can compete with them.

Cheng Gang declined: "We are a technology-licensed enterprise, not a manufacturer of brain-computer-connected chips."

"The brain-computer connection technology authorized by Science and Technology Biotech does not involve uploading data to a database in the cloud. It can only capture signals in your brain, and cannot convert your brain's thinking into memories or even images.

Moreover, you always wear a brain-computer connection device to operate your phone. Your brain generates signals every minute and every second. The brain-computer connection device converts neural signals into commands that the computer can recognize to operate the phone. This data is massive and disordered, and there is no need to save it.

Because there is no data storage and no issues such as leaks are involved. When registering the brain-computer connection patent, the research and development supervisor of Science and Technology Biotechnology Suzhou also specially visited the Ministry of Industry and Information Technology to explain.

The history and speed of the development of brain-computer connection technology far exceeds the outside world's imagination.

As early as 1999, a research team led by hunter peckham at Case Western Reserve University in the United States had recovered certain hand motor functions of quadriplegic patients with Jim jatich.

This technology classifies the two concepts upward and downward that patients think by analyzing the β waves in the EEG signal, and then controls an external switch.
Chapter completed!