Chapter 1061 Plan

"The 6G network has much higher requirements for the ultra-low latency of the bearer network than the 5G network. It not only needs to optimize the existing IP routing and forwarding strategies, but also solves the problem that the IP link latency is too high and cannot meet the 6G ultra-low latency scenario. And other issues.

Fortunately, our company's AI technology is ahead of other companies, and the deep integration of AI technology and 6G is an important foundation for realizing a new type of endogenous intelligent network.

Our current research experience in the field of routing optimization mainly includes: routing optimization methods, which use learning models to extract traffic characteristics, predict future traffic, and obtain optimal routing strategies, or use supervised learning models to directly learn paths; research based on reinforcement learning and heuristics Learned routing optimization algorithms.

Scientists in our department have proposed a routing optimization algorithm based on AI and multiple language text optimization algorithms for 6G bearer networks, which can achieve large-scale search for optimal solutions within an effective range and overcome the limitations of manual solutions.

Using AI long-term deep learning and training expansion algorithms to perform cluster analysis on IP links can effectively narrow the scope of information search and improve the efficiency of information search and docking.

While this solution is being implemented, we have encountered big problems because the data used has multiple IP links, and each IP link has different characteristics, delay, bandwidth, cross-region, language algorithm, and standards. , causing our AI algorithm to be unable to perform seamless transfer, which makes 6G’s zero latency a joke. "

Hearing that Yingshu was troubled by the differences in regional IPs, users, and clients, other scientists and engineers in the conference room also fell into deep thought.

Deep learning is similar to playing problem-solving tactics for AI programs. It does not require understanding of the specific working mechanism. It only requires a suitable network and sufficient training data to solve the problem. It has already shown great potential in dealing with non-linear problems.

Everyone here is very surprised at how powerful our company’s AI deep learning capabilities are, as all of us here have been using it for a long time.

"Just the various information differences contained in regional IPs make it impossible for our AI to calculate?"

"Regional IP can actually be regarded as a general term for weather, latitude and longitude, soil composition, and communication environment. To achieve communication capabilities that are more powerful than theoretical 5G, it is necessary to work in more detailed aspects. to more perfection.”

"This is no less than asking AI to design a complete big world. This kind of calculation is indeed not what current AI and hardware equipment can do. It may not be possible to achieve the theoretical standard value of 6G within ten years."

"In fact, in addition to this, we also need to consider the cost of 6G satellite launches and the large attenuation of satellite link transmission. Even if it is in low-Earth orbit, we must meet the high standards of 6G communications, which requires ground and satellite Communication equipment must simultaneously have high-power transmitters, high-sensitivity receivers and high-gain antennas, all of which require advances in materials science.”

"Materials, the wireless communication materials developed by our Titan Star department can just be applied to this scenario, but the cost is not low." Zhang Tianhao suddenly said.

Li You, head of the semiconductor department, also said later: "These foreign companies have been harassing us since we announced the carbon-based chip, asking if we can provide carbon-based chip orders to them. I guess they are also seeking to Cross-level overtaking, after all, our big Xia companies have taken away a lot of their say in 5G. If they completely fall behind us in 6G communication projects, the blow to them will be no less than the mythical world-destroying flood that hits the technological world.

Of course, our department will not provide carbon-based chip orders to these foreign-funded companies for ten years, and we have implemented encryption and hardware-level confidentiality measures for all carbon-based chips when they leave the factory to ensure that the chips will not be used by other companies. use.

Therefore, they can only rely on existing silicon-based chips to break through the various limitations of 6G communication engineering.

As for the person in charge of Ying, during our many cooperations, our chip designers have already had a new plan, but this plan has just been proposed and has not been verified through experiments, so..."

Everyone knows that the Titanium Star Department and the Semiconductor Department of the company are the old departments with the most crouching tigers, hidden dragons, but most people never thought that the problems that were not solved by the Communications Engineering Department would actually be solved by semiconductor engineers!

When Li You uploaded the new plan to the big screen in the conference room, many people at the scene were surprised.

There is no particularly advanced algorithm or special design. This plan is simply "unify data" and "add server".

Regardless of regional differences, only a single standard is used for those differential data, including language data. For example, only Daxia language and characters, Daxia language habits, and Daxia communication engineering characteristics are recorded.

Those who are willing to use 6G should change their equipment and install new equipment. If you don't want to use it, just continue to use the same old communication technology.

And adding servers means literally adding servers and communication base stations. It not only enhances signal transmission and transmission, but also inserts the communication base stations produced by the company into all areas that are willing to use 6G communication networks.

And unlike 5G communication base stations, 6G communication base stations need to process larger amounts of data, involving much more core sensitive data and control rights than 5G communication base stations.

If these two can be implemented, it will indeed solve many problems.

But whether it is "unified data" or "adding servers", it is impossible to implement it. Not only is it difficult to implement in Daxia, but if these two plans are put abroad, even Guo Jia, who has a good relationship with Daxia, will only shake his head and refuse.

Data security has long been included in Guojia security. Which Guo Jia is willing to put his own data security in the hands of a foreign company?

After carefully reading this plan and comparing it with the plans in his mind, Yingshu also looked embarrassed.

He sighed: "This plan is very good, but in terms of the possibility of implementation, it is the most difficult.

Our engineers had similar discussions at the beginning, but after seeing the examples of companies like Xiawei, they chose to give up.

Once technology is too advanced, it will inevitably affect the core interests of Guojia. Our company has already caused many Guojia and organizations to have hatred and fear."

Many people in the conference room agreed with Yingshu's statement.

Now, as long as the senior executives in the company are involved in the field of technology, they have no way to go abroad. Whether traveling or working abroad, they have to face visible and potential threats.

If people are like this, then advanced technology will be subject to even greater restrictions.