The series of bionic artificial organs they have developed, such as intelligent bionic electronic prostheses, intelligent bionic artificial hearts, and intelligent bionic electronic prosthetic eyes, are gradually replacing human organs, turning people into semi-machine beings.
How should such people be defined? Of course they are human beings, but they are very different from ordinary people.
In the future, with the development of technology in this field, except for the brain, other tissues and organs in the human body may be replaced by these artificial organs. Will such a person still be a human?
As for intelligent robots, the same is true. In the future, there will definitely not be only this kind of purely mechanical intelligent robots. With the continuous development of biotechnology, perhaps that kind of intelligent biological robots will also be born in the future.
Many of the tissues and organs on this intelligent biological robot are artificially cultivated living tissues and organs, so it will be more like a real person. So how can such an intelligent biological robot be distinguished from humans?
Usually, one of these two technologies or two fields is already very impressive, but Wu Hao has mastered both of them, and both have achieved outstanding results that are very eye-catching.
In other words, it was Wu Hao and others who caused the boundary between robots and humans to blur, and they were the culprits.
After paying attention to everyone's reactions, reporter Wu Hao said: "The robot's cognitive and interactive logic system is a set of ideological, cognitive and behavioral interaction systems that we have specially built for intelligent robots.
The so-called ideological cognition is actually what we understand. The formation of values, worldview, emotional outlook, etc. by us humans requires continuous learning and growth before we can establish them. This is also the meaning of education.
Robots also need this set of values, worldview, emotions and other knowledge content systems.
Compared with the mature set of values, worldview, emotions, etc. of humans, we need to specially customize values, worldviews, emotions, etc. for robots that are unique to them.
This is a huge system, just like a big tree with dense branches and leaves. We need to first design the main branch part of this big tree. This part is the bottom layer and the core part of the entire system. It can be controlled by other branches and leaves.
No matter how it grows, these will not change.
For example, a very simple question, who are we?
This question is also one that we humans often ask. Through education and learning, we know that we humans evolved from primates over tens of thousands and hundreds of thousands of years.
We were born through the union of our parents, and our mother was pregnant for ten months.
As for robots, obviously we can't teach them this way. We have to instill or develop exclusive knowledge and information into them.
For example, to the same question, on the robot side, it may answer that they are robots, humanoid intelligent bionic robots manufactured by Haoyu Technology. They were born to better help humans and serve humans as their ultimate goal.
of.
At this time, we can also write the four three laws of robots on the wall of the hall into it. In this way, even if the robots evolve and become more powerful, they will not exceed the constraints of these underlying frameworks, because they do not have the authority to do so.
Modify the protocol information of these underlying frameworks. Moreover, once these underlying frameworks are established, they cannot be modified. This also prevents the robot from modifying itself to break through the limitations of the underlying framework, or artificially helping it break through the limitations of the underlying framework.
Of course, there are also some types of robots that cannot be constrained and restricted by the Three Laws of Robotics. They need their own underlying framework protocols. For example, robots for military purposes, such robots naturally cannot be constrained by the Three Laws of Robotics because they
What it undertakes is the function of violence.
However, free from the constraints of the Three Laws of Robotics, robots may do things that harm humans. At this time, we need to carefully identify those robots that humans can harm and those that cannot, etc."
At this point in his sermon, Wu Hao paused briefly to give everyone a chance to understand their reaction. He took the opportunity to take a sip of water from the accompanying secretary, and then continued his sermon.
In addition, in terms of other cognitive aspects, we have to let the robot understand the world, what is going on in this society, the difference between humans and animals, the differences between different countries and regions, etc., even including human beings.
The difference between people, the difference between different people, etc.
The entire cognitive system is very large. It can be said to cover all the information content that human beings can access and understand. However, it cannot be the same as humans. It is necessary to design and develop a cognitive system specifically suitable for robots. This work is very huge.
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It would definitely not be possible to rely on our scientific research and technical personnel alone, so in this regard, we have hired experts in the fields of artificial intelligence and robotics from universities around the world to jointly study and develop this set of robot-specific
cognitive value system.
This alone is not enough. We also need to set up a dedicated team of technical research experts to identify, analyze and integrate the relevant ideas put forward by experts from these universities and the relevant content discussed.
If we rely solely on manual work, this work will probably be busy until the end of the year of the monkey, so at this time we will use the artificial intelligence system. Through AI, we can organically integrate the collected content and then use it.
The AI system performs logical calculations to analyze and determine which content is conflicting and which content has loopholes.
And based on the artificial intelligence system, it learns and independently generates new content. After repeated verification and integration, a cognitive system with huge and rich content is finally formed.
Such a huge cognitive system would be difficult to operate using ordinary computer architecture and AI systems, and would not be able to bring out the full performance of this cognitive system. Therefore, we need to design and develop a better artificial intelligence system architecture based on this.
, which is what we call an intelligent brain.
Through our continuous research on the human brain and combined with our existing technology, we finally developed the system architecture of this intelligent brain.
In fact, everyone should have heard of the system architecture technology of this intelligent brain, and some people are still familiar with it. After speaking, Wu Hao glanced at everyone, and finally his eyes fell on Liu Weiguo and Luo Kai.
The two of them looked at Wu Hao with some thoughts, and Li Weiguo asked aloud: "Is it the intelligent cluster array control technology?"
Yes, Wu Hao nodded and affirmed: "It's cluster array control technology. We know that the human brain is composed of a huge number of neurons, or nerve cells. The entire central system probably contains more than 100 billion neurons (nerve cells), and
There are more than 14 billion in the cerebral cortex alone."
