Chapter 1984 Obedience and combat effectiveness are the foundation of 'them'
【Revision】
"The entire combat-type humanoid bionic robot adopts a modular design, and all parts are common, such as limbs, head, and parts in the torso. These things can be quickly replaced.
Even without external intervention, the robots can independently complete the replacement of these parts. All of this is to improve their battlefield survivability and enable them to exert their maximum combat effectiveness."
After hearing Wu Hao's introduction, everyone nodded, highly affirming Wu Hao's design ideas. After all, on the battlefield, survival is the first factor. Only by surviving can we play a greater role.
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"According to what you said, this combat-type humanoid bionic robot can still operate autonomously even if it is disconnected from the rear signal. But I haven't heard you say it before. The current artificial intelligence brain is too huge and cannot be installed.
Into the body of such a robot?" Luo Kai asked Wu Hao.
When Wu Hao heard Luo Kai's question, he smiled and nodded: "Yes, that's right. If you think about it, an artificial intelligence system like 'Coco' cannot be installed in such a robot because it is too huge.
The hardware requirements are too high.
So can we simplify this artificial intelligence system and cut off some unnecessary things, such as language emotions, facial expressions, thinking logic and other human-like functions?
For combat-type humanoid bionic robots, these things are not needed and are not of much use. In this way, we can greatly reduce the artificial intelligence system, thereby further reducing its hardware requirements. In this way, we can
Installed into this robot.
For robots, especially combat robots, obedience to orders and combat effectiveness are their fundamentals, and other things are not important."
Hearing this, everyone nodded in approval. Indeed, for a combat robot, these miscellaneous functions will drag down the robot and affect its combat effectiveness. It is better to be simple and pure. Why do you need those fancy things?
Noting everyone's reaction, Wu Hao continued: "Although some functional modules have been castrated, the core thinking operation center control system of this system has been completely retained. In other words, it is as smart as Coco, which is very important for
It is very important for a combat robot.
The battlefield environment is very complex and the situation changes rapidly, which requires robots to have strong adaptability. Where does this adaptability come from? It is the powerful computing power. It can perform calculations according to the situation it faces, so as to obtain the most appropriate answer for execution.
When it comes to real people, this is actually the ability to adapt to situations. It requires the responder to be calm enough and have rich accumulated experience, so that they can make the most appropriate response.
The combat experience of real soldiers requires continuous accumulation and learning, and the same goes for robots. We need to continuously learn various combat skill data through artificial intelligence systems to generate our own combat skills. And after encountering corresponding situations
, quickly perform corresponding calculations to obtain the most appropriate response."
"Compared with real soldiers, our combat-type humanoid bionic robot has a major advantage. That is, it can achieve real-time information sharing, which can be seen as a relevant performance feature of our super individual combat system.
By realizing real-time data sharing between combat-type humanized bionic robots, these robots can obtain the entire battlefield environment and real-time battle conditions. In this way, the robots can adjust their combat plans in real time according to the battlefield conditions, thereby exerting their maximum combat effectiveness.
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For example, a company of combat-type humanoid bionic robots conducts a surprise attack on the battlefield. Through this real-time data information sharing system, the combat-type humanoid bionic robots can determine where the enemy's defensive firepower is stronger and where it is.
Weak. Then adjust the attack direction and attack areas with weaker defensive firepower."
Similarly, the relevant battlefield data information accumulated by these robots will also be synchronized to each combat-type humanoid bionic robot system for learning and absorption. In this way, every robot, even those who have not been on the battlefield
All robots can accumulate combat experience and improve their combat performance through information sharing.
On this point, real soldiers cannot do it.
"But in this case, will there be a problem? If one robot is infected with a virus or is captured by the enemy, the entire robot team will be paralyzed, or captured by the enemy, or even seize control to control these robots to turn around and attack.
Ourselves." A military technical expert at the scene raised his own question.
Wu Hao heard the words and shook his head with a smile: "We have already considered the problem you mentioned. Each robot's intelligent system has its own independent code, so there is no one robot that can be infected and spread to the world.
Problems with other robots.
In addition, the information transmission between these robots is through special encryption technology and related content restrictions. If the relevant restrictions are exceeded, the information cannot be transmitted.
For example, if someone wants to transmit viruses through this data sharing system, other robots will detect that the code or text content information does not comply with the relevant format and is not in the whitelist, so they will naturally refuse to accept it.
Finally, what we use in the robot is a brand-new system language code, which is very difficult for others to crack, so we are fully confident in this aspect."
Hearing this, everyone nodded in affirmation. After all, everyone knew that in order to prove that their system was secure enough, Wu Hao and others once offered a reward for hackers to attack. Whoever hacked their system would be rewarded one million US dollars. It seems that even now, they still
No one has ever really succeeded.
Besides, Wu Hao and the others have been cooperating closely with the military over the years, and they are fully familiar with Wu Hao's computer technology.
At the same time, we have also applied cluster array control technology to the group formation of this kind of combat-type humanoid bionic robot. In this way, we can realize the cluster array computing function, and many robots can calculate a problem at the same time, so that we can
Greatly improve the combat effectiveness of the combat-type humanoid bionic robot group.
We can even regard a robot group as a whole. After receiving the command order, the robot group will formulate corresponding combat plans based on the on-site situation and the command content, thereby realizing the strategic intentions of the superior commander.