Chapter 3632 The world’s first brain-computer controlled intelligent combat robot
Luo Kai raised a more practical question: "So, what is the cost of this super solid-state battery? After all, when equipping the army on a large scale, cost is a factor that has to be considered."
Wu Hao smiled slightly and explained: "As for the cost issue, we have conducted a comprehensive analysis and evaluation. Although the research and development cost of this super solid-state battery is relatively high, due to its excellent performance and long life, in the long run, its comprehensive
The cost is actually lower than traditional batteries.
Moreover, with the continuous advancement of technology and large-scale production, we believe that its cost will be further reduced. Therefore, from the perspective of the long-term development and combat effectiveness of the army, this battery is undoubtedly the best choice."
After hearing this, Wang Lianggong also expressed his opinion: "I think that in addition to cost issues, we also need to consider the reliability and maintainability of this battery on the battlefield.
After all, in combat, any small failure may lead to immeasurable consequences."
Wu Hao expressed his understanding of Wang Lianggong's concerns: "The reliability and maintainability issues you mentioned are one of the focuses of our research and development process.
This super solid-state battery has undergone rigorous testing and verification, and its safety and stability have reached military-grade standards.
At the same time, we also provide a battery health management system that can monitor the status and performance of the battery in real time and perform timely maintenance and replacement. Therefore, I believe that the reliability and maintainability of this battery on the battlefield can be guaranteed."
Wu Hao's answer satisfied everyone present. They knew that in modern warfare, firepower and shooting accuracy are important, but the robot's endurance and battlefield adaptability are also factors that cannot be ignored.
The outstanding performance and advanced energy solutions displayed by the 'Gouchen-class' intelligent combat robots will undoubtedly give them more chances of winning on the future battlefield.
At this time, a tester suddenly asked: "So, in actual combat, if this robot encounters electromagnetic interference or hacker attacks from the enemy, can its intelligent system and weapon system still work normally?"
This issue immediately attracted everyone's attention. After all, on the modern battlefield, electromagnetic interference and hacker attacks have become a common tactical method.
If the robot cannot resist these attacks, its combat effectiveness will be greatly reduced.
Wu Hao was well prepared for this question, and he answered confidently: "We have also conducted a lot of research and testing on this point.
This 'Gou Chen-class' intelligent combat robot adopts advanced electromagnetic shielding and anti-interference technology, which can maintain normal operation under strong electromagnetic interference.
At the same time, our intelligent system is also equipped with multiple security protection measures to prevent hacker attacks and intrusions. Therefore, this robot can maintain excellent combat effectiveness and stability even in complex battlefield environments."
Wu Hao's answer relieved everyone present. They knew that in the modern battlefield, electromagnetic interference and hacker attacks have become a threat that cannot be ignored.
The 'Gouchen-class' intelligent combat robot can resist these attacks, which undoubtedly adds more protection to its future battlefield.
Zhao Zhicheng nodded in approval and asked: "Super fast charging technology sounds very attractive, but how to ensure the deployment and safety of fast charging equipment in a field combat environment?"
"This is a good question." Wu Hao answered with a smile, "We are developing portable high-voltage fast charging modules and are considering integrating them with military mobile power stations to ensure that energy can be quickly replenished in any environment."
Afterwards, Wu Hao glanced at everyone and elaborated on the intelligent control system and weapon system: "Our intelligent control system is based on the Xingtian level and is specially designed to be optimized for combat scenarios.
It not only responds quickly, but also has a high degree of autonomous learning and decision-making capabilities, and can effectively resist electromagnetic interference and network attacks.
In terms of weapon systems, we have achieved a high degree of modularity and diversification, capable of everything from close fire support to long-range precision strikes."
Luo Kai expressed his appreciation for the flexibility of the weapon system and asked: "How to ensure the rapid switching and precise strike of the weapon system in the face of complex and changeable battlefield environments?"
"That's one of the highlights of our design."
Wu Hao explained, "Through the integrated intelligent algorithm, Gouchen can automatically adjust the weapon configuration according to the battlefield situation to achieve the optimal strike strategy. At the same time, the design of the quick-release interface allows soldiers to quickly replace weapon modules when necessary to adapt to the situation."
Different combat needs.”
Finally, Wu Hao revealed Gouchen's biggest highlight - brain-computer control technology. He pointed to the sci-fi control cabin on the big screen: "This is the most unique feature of Gouchen's intelligent combat robot, the world's first brain-computer
Controlled intelligent combat robot.
Through this control cabin, the operator can directly command the robot with his thoughts, achieving unprecedented collaborative combat efficiency."
This revelation immediately aroused heated discussion among everyone present. Wang Lianggong asked curiously: "How to ensure the security of brain-computer interface? How to prevent information from being leaked or used by the enemy?"
"Security is always our top priority." Wu Hao replied seriously, "We use multiple encryption technologies and biometric verification to ensure that only authorized users can establish connections.
At the same time, the system has a built-in self-destruction mechanism. Once an abnormal intrusion is detected, the connection will be immediately cut off and the self-protection program will be launched."
After hearing what Wu Hao said, everyone nodded in approval. But at this time, an expert in a white coat asked: "Using brain-computer systems to control weapons and equipment has not been done before. Our J20 can do it."
, but there are still some problems in the brain-computer system, which are easily interfered by other people’s thoughts, are too inefficient, have slow transmission speeds, etc. How do you solve this problem in this regard?”
Upon hearing this, Wu Hao nodded slightly, his eyes revealing the importance he attached to the expert's question. "The problem you mentioned is indeed a major challenge we encountered during the research and development process.
Although brain-computer interface technology can theoretically achieve direct communication between humans and machines, in practical applications, it does have problems such as interference from thoughts, low efficiency, and slow transmission response speed.
To overcome these challenges, we have conducted a lot of research and innovation."
He paused and continued to explain: "First of all, in signal processing, we use an advanced neural filtering algorithm. This algorithm can effectively identify and filter out irrelevant thinking noise in the operator's brain, ensuring that only combat-related
Instructions are transmitted accurately.
This means that even if the operator is nervous or distracted, the system can accurately capture and execute his or her intentions."