Chapter 1060 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 strategy, but also solve the problem that the IP link latency is too high to 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 and cooperation between AI technology and 6G is an important foundation for realizing a new type of network with endogenous intelligence.

At present, our research experience in the field of routing optimization mainly includes: routing optimization methods, using learning models to extract traffic characteristics, predicting future traffic, obtaining the best routing strategy, or using supervised learning models to directly learn paths; based on reinforcement learning and heuristics Learned routing optimization algorithm.

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

Using AI's long-term deep learning, training and expansion algorithm to cluster and analyze IP links can effectively narrow the scope of information search and improve the efficiency of information search and docking.

During the implementation of this solution, we encountered a big problem, because the data used has multiple IP links, and the characteristics, delay, bandwidth, cross-region, language algorithm, and standards of each IP link are different. , resulting in the inability of our AI algorithm to perform seamless transfers, which makes the zero-latency of 6G a joke. "

Hearing that Yingshuo was troubled by the differences in regional IP, users, and clients, other scientists and engineers in the conference room were also lost in thought.

Deep learning is similar to playing tricks for AI programs. You don’t need to understand the specific working mechanism, you only need a suitable network and enough training data to solve the problem. At present, it has shown great potential in dealing with nonlinear problems.

How powerful is the AI ​​deep learning ability of our company, and all the people sitting here have been using it for a long time, so they are very surprised.

"It's just that the various information differences contained in the regional IP make our AI unable to calculate?"

"Regional IP, in fact, can be regarded as a general term for weather, latitude and longitude, soil composition, and communication environment. To achieve communication capabilities stronger than theoretical 5G, it is necessary to do more in detail. to perfection."

"This is no less than asking AI to design a complete big world. This kind of calculation is indeed beyond the capabilities of current AI and hardware equipment. Perhaps it will not be able 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 launch, and the attenuation of satellite link transmission. Even if it is in low-earth orbit, to meet the high standards of 6G communication, this requires ground and satellite communication Communication devices 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 scene, but the cost is not low." Zhang Tianhao said suddenly.

Li You, the person in charge of the semiconductor department, also said afterwards: "These foreign companies have been harassing and asking if we can provide carbon-based chip orders to them since we announced the carbon-based chip. Cross-level overtaking, after all, the 5G discourse power has been taken away by our Daxia enterprises. If they completely lag behind us in 6G communication engineering, the blow to them will be no less than the mythical flood of annihilation hitting the technological world.

Of course, our department will not provide orders for carbon-based chips to these foreign-funded companies for ten years, and we have implemented encryption and hardware-level security measures for all carbon-based chips when the chips 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 limitations of 6G communication engineering.

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

Everyone knows that the company's titanium star department and semiconductor department are the most crouching tigers, hidden dragons, and old departments, but most people have never thought that the problems that the communication engineering department has not solved will 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 simple and crude "unified data" and "adding servers".

No matter what the regional differences are, those difference data including language data only adopt a single standard, such as only recording Daxia’s language and characters, Daxia’s language habits, and Daxia’s communication engineering characteristics.

Those who are willing to use 6G can change the equipment and install new equipment. Those who don't want to use it will continue to use the old communication technology.

Adding servers literally means adding servers and communication base stations, not only to enhance signal transmission and transmission, but also to insert the communication base stations produced by the company into all areas willing to use 6G communication networks.

And different from 5G communication base stations, the data that 6G communication base stations need to process is larger, and the core sensitive data and control permissions involved are much more than 5G communication base stations.

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

But whether it is "unified data" or "adding servers", it is simply impossible to implement it. Not only is it difficult to implement it in Daxia, but it is also difficult to implement these two plans abroad, even if the relationship with Daxia is good on weekdays. Guo Jia, his best friend, would only shake his head and refuse.

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

After carefully looking at the plan and comparing it with the plans in his mind, Ying Shu also showed embarrassment.

He said with emotion: "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 Xia Wei, they still chose to give up.

Once the technology is too advanced, it will inevitably touch the core interests of Guo Jia. Our company has caused hatred and fear in many Guo Jia and organizations. "

Many people in the conference room agree with the expression of winning number.

At present, as long as the high-level personnel involved in the technical field within the company, there is no way to go abroad. Whether it is traveling or working abroad, they must face visible and potential threats.

People are like this, and there will only be more restrictions on advanced technology.