I Am In College And Start To Become A Daddy

Liu Shaoming naturally understands the truth, but unfortunately there are some things that he did not say, and the above will agree.

Rather, it will be decided after consultation.

This doesn't happen overnight.

"No wonder Mr. Lin's academy has a much better atmosphere than other academies."

"With such a dean and the system of this academy, I believe that any scientist in this academy can study with ease."

Lin Xuan smiled slightly and brought Liu Shaoming to the scientific research room to show him their chip.

There are already quite a few build diagrams above, and there are future builds.

Liu Shaoming looked at these on the screen, his face was full of surprise, even the assistant beside him was full of surprise.

The importance of this chip has surpassed the thoughts in his mind when he first arrived.

It can be said that if this chip is known to other countries, it will definitely spend a lot of money and a lot of compensation to win over Lin Xuan.

Moreover, Yu Lecheng also said that the technology of this project was completely provided by Lin Xuan, and they just carried out research and development according to this technology.

It can be said that with Lin Xuan, the chip technology will only be more powerful!

At this moment, Liu Shaoming's eyes changed when he looked at Lin Xuan, and there was only one thought in his heart, that is to win over Lin Xuan and cooperate with him!

"Mr. Lin, the chip you developed is really amazing!!"

"Mr. Liu, our chip also contains the technical principles of reconfigurable chips."

Reconfigurable chips have the characteristics of software and hardware dual programming. The hardware architecture and functions change dynamically in real time with software changes, so they are also called software-defined chips.

The emergence of reconfigurable chips has opened up "application-defined software, software-defined chips" and then realized "application-defined chips", which has long been pursued by people, and its extensive adaptability also makes it an alternative to application-specific integrated circuits, programmable devices and A serious contender for classic processors.

The development of reconfigurable chip technology has experienced twists and turns.

Although the concept of reconfigurability was proposed as early as the 1960s, it took more than half a century to finally achieve a breakthrough.

The earliest technical source of reconfigurable chips can be traced back to the high-level comprehensive theory and methods born in the late 1980s.

After entering the new century, domestic scholars have broken through a series of core key technologies after more than 10 years of unremitting efforts, and become the global leader in the field of reconfigurable chips.

Understanding the methodological principles of reconfigurable chips can provide an in-depth understanding of the significance of this new technology route.

But there are still many places that are not fully grasped.

Among them, the attribute classification and potential characteristics of dynamically reconfigurable chips.

Reconfigurable chips are often misunderstood as FPGAs.

Not only domestically, but also internationally.

At home, there is less understanding in this regard.

In order to illustrate the uniqueness of reconfigurable chips, we construct a four-quadrant coordinate graph with software programmability and hardware programmability as the two axes (Figure 1). which quadrant.

Interestingly, well-known processors, such as CPU, DSP, etc., are in the second quadrant, because their software is programmable, and the hardware is basically less movable.

SOC and application specific integrated circuit (ASIC) are in the third quadrant and FPGA and EPLD are in the fourth quadrant.

The expected features and potential capabilities of dynamically reconfigurable chips that are different from traditional chips can be summarized as:

(1) Programmable software and hardware;

(2) Dynamic variability of hardware architecture and efficient architecture transformation capability;

(3) It has both high computational efficiency and high energy efficiency;

(4) Intrinsic security;

(5) The application is simple and does not require the knowledge and ability of chip design;

(6) Software-defined chips;

(7) The ability to realize intelligence.

Among them, the functions of software-defined chips are worthy of attention. If it can achieve "application-defined software, software can define the chip," it is equivalent to the application can define the chip. After this chain is opened, it becomes a "universal special-purpose chip", so it has both versatility and speciality.

Another important point to focus on is the ability to achieve intelligence.

It is not difficult to understand that the chip differentiation defined by the design specification only exists in the early stage of product output.

Once a chip is installed in a device, its differentiation stops increasing; it only gets smaller over time.

Therefore, we need to study how to "educate" the chip in a way that the chip can understand, and how the chip can "learn" in the process of receiving "education".

If the chip can continuously "learn" and improve itself through "education" during use, the differentiation can continue to increase.

Therefore, the chip should have: the ability to learn, the ability to change the architecture and the ability to improve the function.

"it is good!!"

Hearing this, Liu Shaoming said a good word loudly and even applauded excitedly.

From this, it is not difficult to see that Lin Xuan's scientific and technological knowledge is completely more powerful than any scientist.

Although it is only a part of Duan Duo, it can also be seen that Lin Xuan is powerful.

You must know that he is only in his twenties, and he has such a powerful knowledge in his head. If he waits for him to be thirty or forty years old, will it be even more powerful?

In this regard, Liu Shaoming is full of expectations for Lin Xuan's future.

After reading the chip, Liu Shaoming looked at Lin Xuan and said expectantly, "Mr. Lin, can we chat in private?"

Seeing Liu Shaoming's expression, Lin Xuan smiled slightly, nodded and said: 'Mr. Liu, yes, please come with me. ’

"it is good."

Liu Shaoming did not bring his assistant, and followed Lin Xuan to an office.

"Mr. Liu, please sit down."

Lin Xuan helped him get a glass of water, invited him to sit down, and then sat down on the sofa himself.

This office is his own.

But basically never came in.

Liu Shaoming took a sip of the water in the glass and nodded: "Then Mr. Lin, I'll just say it straight."

"Actually, in addition to looking at the chip this time, we also want to talk to you about it."

"I don't know Mr. Lin, are you interested in cooperating with us?"

"Oh, to work with you?"

Hearing this, Lin Xuan frowned slightly. It's not that he is unwilling to cooperate with the above. It is indeed very beneficial to cooperate with the above.

The main reason was that he was worried that as soon as he cooperated with the above, the above would interfere with his Academy of Sciences. Lin Xuan did not want to see this.

"Mr. Lin, don't worry, let me tell you slowly."

Seeing Lin Xuan frowning, Liu Shaoming probably guessed what he was thinking, shook his head and smiled.

Then start explaining the benefits of working with them.

And they won't interfere with Lin Xuan's Academy of Sciences, and let them come as before.

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