Rather, it actually reflects a situation in these experimental data.

As for the direction of research, it is natural to start from the mathematical model of cranial nerve multi-electrode array reconstruction established by Xu Xiao and Liu Jiaxin, as well as the simulated nerve signals and electrical signal conversion of quantum theory that he had previously helped to study.

According to Xu Xiao, the problem most likely arises in the conversion of brain nerve signals by these two sets of mathematical models.

But for Xu Chuan, from a feeling point of view, he actually doesn’t think the problem will arise here.

Nothing more than confidence in my own research results.

It was not that he had never seen the mathematical model for resetting the multi-electrode array of cranial nerves. He had examined it in detail when he helped Xu Xiao solve the problem of simulating nerve signals and electrical signal conversion in quantum theory.

And with his character, it is impossible not to consider the problem of switching between the two when solving this problem.

But having an entry point is better than nothing.

First eliminate the problem that the conversion conflict between the two may cause abnormal neural signal data, and then look for other possible problems. This is the fastest way to deal with this application problem.

"Master, all data has been imported."

This chapter is not finished yet, please click on the next page to continue reading the exciting content! In the study room, Xiao Ling's voice sounded, and Xu Chuan casually boasted: "It's amazing, so efficient."

"Thank you for the compliment, Master, Xiaoling will continue to work hard (??w??)?!"

Xu Chuan smiled, dragged the mouse, and opened the SAS database integration platform first, then his eyes fell on the data provided by Xu Xiao.

Compared with the problems in applied mathematics that he has solved in the past, the problem of conflicts between brain-computer interface chips and neural signal conversion is actually similar.

Although the fields of biology and physical chemistry are almost unrelated, for mathematics, the core is not in what appears on the surface.

For any information flow, mathematics is always the deepest law.

For example, calculating the orbit of a spacecraft, calculating the contraction channels of high-energy particles, and calculating bond energy conversion during chemical reactions can all be completed through corresponding mathematical tools.

The conversion between brainwave neural signals and electrical signals is no exception.

Staring at the software interface opened on the screen, Xu Chuan muttered something.

"If you want to first eliminate the errors caused by transformation conflicts between the two mathematical models, the simplest way is to process the original data through Euclidean distance and Pearson correlation coefficient."

"But before that, let's build a recommended commonly used neuron model to process the signal data generated by resetting the mathematical model of the multi-electrode array."

Thinking about it, Xu Chuan raised a smile on his lips.

There are still some differences between the simulated neural signal and electrical signal conversion theory established by basic quantum theory and the conventional neuron conversion model.

To ensure that there are no problems with the data converted by the former, the fastest way is to let the data go through the conventional neuron conversion model.
Chapter completed!