Xing Baohua then put on the airs of a nouveau riche and told them, "If you want anything, come to me. It's free, all free."
Unfortunately, he forgot the humility and modesty that our people uphold.
In other words, they're too embarrassed to ask for it.
If you offer it as a gift, people will still be polite and only reluctantly accept it after you've been very enthusiastic.
This guy has forgotten about that.
A month later, some results were finally achieved; the math team had found the pattern.
It was integrated into the program according to the cracking method.
Around 15 small servers were burned out in the repeated collisions.
Once the pattern is found, supercomputing can be used to perform numerical collision analysis to find combinations of equations.
Supercomputers are incredibly powerful when they are powered on and running; they can perform floating-point operations a hundred million times per second.
Although it can't match the speed of large supercomputers in Europe, America, and Japan, it's good enough for our current needs.
Furthermore, many experts here participated in the manufacturing of the supercomputer, and they have a deep understanding of supercomputers.
During the collision, Xing Baohua looked at groups of coded numbers made up of random characters.
It appeared on the screen in a very messy way.
Don't be intimidated by the seemingly complicated process; once you find the pattern, you can solve it step by step in sequence.
"Xiao Xing! I heard you supported the development of a new lithography machine. What level has it reached now?" The person asking Xing Baohua was an architect from Xinghao, who was over fifty years old.
Xing Baohua doesn't know his real identity. All he knows is that he's very powerful.
"Professor Hao, I am proud to tell you that we are second in the world. If you also join the field of chip architecture technology, we will undoubtedly lead the world. This is not an exaggeration," Xing Baohua said modestly.
"Wow! That's amazing."
"We must bide our time and keep a low profile! I work in technology, and I know how painful it is to be blocked. There are many things that money can't buy. I will do everything I can to keep up with them and minimize the gap," Xing Baohua said.
“That’s a good idea, I support you. After this project is finished, I’ll take some time to visit your place and see your overall capabilities,” Professor Hao said.
"Welcome very much. Haha, actually I have another immature idea, which is to improve the floating-point computing power of supercomputers. I'm not very familiar with other fields, but I have a graphics card technology that can improve floating-point computing power through the computing power of graphics cards." Xing Baohua began to show off the little bit of technology he knew.
It's like showing off your sword in front of Guan Yu (a legendary Chinese general).
"Tell me about it." Professor Hao listened attentively to Xing Baohua's words, as if he were being taught.
“Designing a separate multi-core display base, with ten cores on one board, and connecting a hundred boards in parallel, well, it consumes a lot of power. I estimate that this series-connected ignition can achieve hundreds of billions of operations per second,” Xing Baohua said with a smile.
"That's a good idea. You're building up computing power from individual cores. Couldn't you achieve trillions of operations per second with 100,000 cores connected in series? And then you could build a nuclear power plant around them." Professor Hao said, laughing to himself.
Professor Hao then added, "Don't blindly expand because of data; manufacturing and operating costs are the most important factors."
"Understood. Good idea. Write me a report, and upgrade these devices if necessary. We can generate the required data as needed." Professor Hao smiled and nodded, indicating his approval of Xing Baohua's earlier statement.
Not everyone can blindly expand without considering the costs.
Research was so poor back then! Funding was scarce, and everyone had to be careful with their money. How could anyone afford to do what Xing Baohua did?
Just 100,000 chips would cost hundreds of millions of dollars, not to mention the motherboards, power supplies, and the overall environment.
It will cost at least a billion dollars, and we'll also need a power plant that can keep up with the electricity demand.
Where does the country have the extra money to play with these things? Even if we grit our teeth and build them, what can we do with them?
Gradual progress is the primary approach.
Supercomputers continue to work together to decipher patterns, and while they have made some initial discoveries, it is only a preliminary step.
It is clear that the contributions of mathematicians to this project were indeed very important.
Without them, Xing Baohua would not have been able to crack the supercomputer collision problem in several decades.
Now, after just over a month, we've found a way forward, and we can finally see a glimmer of hope.
Unfortunately, the base here is a closed system with strict guards inside and out. No one can leave without permission or a pass.
Xing Baohua wanted to go out for a stroll and meet up with Su Ya, but seeing that no one else was going out, he felt embarrassed to let his romantic feelings get the better of him.
Besides, the fact that none of the companies he manages have called him indicates that they are operating well.
He also spoke with Yu Shenghai, Huang Guangyao, and Zhao Shanhai by phone, and did not encounter any insurmountable problems.
Three weeks later, the entire programming team, with the support of the mathematics team, seemed to have a cheat code, and the software they built could decipher some encrypted files.
As for the encrypted images and videos, further decoding via collision is still needed.
Currently, tens of thousands of decrypted documents are available.
Xing Baohua didn't look at them, nor did he want to. These documents were to be interpreted and translated by specialized personnel from the State Administration of Taxation.
After spending more than a day organizing and translating several documents, I found them to be quite important.
As for the image and video files, they also urged everyone to speed up the cracking process. The deciphered files were given considerable attention.
Xu Si breathed a sigh of relief at Xing Baohua, his face no longer showing any worry.
With a broad smile, he told Xing Baohua that he had done a great service this time.
Another month later, the images and videos were deciphered, and Xing Baohua knew he had made the right bet just by looking at the images.
Aerial reconnaissance images along the coastline.
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