When Wu Hao heard this, he nodded slightly and agreed with Zhao Zhicheng's words. Indeed, in this regard, people are more far-term and broader than they imagined. Thinking of this, Wu Hao's heart moved, and then he said to Zhao Zhicheng and everyone: "Director Zhao said
Yes, our knowledge and research in this area are indeed shallow, and we need to strengthen our study.
I have an idea. Let’s see if it’s feasible.”
After hearing Wu Hao's words, everyone looked at Wu Hao with interest, waiting for his speech.
Wu Hao smiled and then said: I propose that we set up a special group to study how to combine artificial intelligence technology with emotional intelligence training to improve the overall combat effectiveness of the army.
In this way, we can not only maintain the leading edge of technology, but also ensure the cohesion of people's hearts."
Chi Zhengyang nodded in approval and said: "What a great idea! This group will not only study the integration of technical aspects, but also delve into how to provide psychological support to the soldiers to ensure that they can still maintain high fighting spirit and high morale on the high-tech battlefield.
Strong faith."
Hearing Chi Zhengyang's agreement, the atmosphere in the command and control center instantly became lively, and everyone began to discuss heatedly and put forward their own opinions and suggestions.
They know that future wars will be a battlefield dominated by artificial intelligence and human intelligence, and how to balance the relationship between the two will directly affect the outcome of the war and the safety of the country.
After discussing this issue for a while, everyone returned their attention to the "Smart Control" unmanned combat system.
Luo Kai is an expert in the field of weapons and equipment technology in the military. He has unique insights into weapons and equipment technology, as well as understanding of battlefields and formulation of tactics.
So when he listened to Wu Hao's introduction, he couldn't help but feel excited.
He imagined that if such unmanned combat systems could be deployed on the battlefield, their tactical choices would be more diverse and their control over the battlefield would be greatly enhanced.
"Xiao Wu, can you tell me more about how this system's autonomous decision-making capability is achieved?" Luo Kai asked curiously: "Can it make correct judgments on a complex battlefield?"
Wu Hao smiled slightly, his eyes shining with confidence. He knew that the autonomous decision-making ability of the "Smart Control" unmanned combat system was the core of the entire project and the focus of most attention.
"Director Luo, you asked a good question. The autonomous decision-making capability of this 'Smart Control' unmanned combat system is based on the most cutting-edge artificial intelligence algorithms and machine learning technology.
It is like an evolving intelligent body that continuously optimizes and improves its decision-making model by learning and analyzing massive battlefield data, including terrain, enemy situation, weather and other elements."
"Specifically, we designed a multi-layer neural network structure for the system. Each layer is responsible for processing different information characteristics, from low-level signal recognition to high-level tactical planning, and progresses layer by layer, forming a complex and efficient
decision network.
This network can process various information on the battlefield in real time and respond quickly. Whether it is attack, defense or retreat, it can provide the optimal strategy in the shortest time.
Of course, we have also fully considered the uncertainty and complexity on the battlefield, so we have built a flexible decision-making adjustment mechanism into the system.
When encountering unknown or special situations, the system can automatically adjust the decision-making logic, and even in some extreme cases, trigger the preset safety mechanism to ensure that no decision is made that endangers us or violates ethical rules."
In addition, we have also set up a strict supervision and feedback system for the system. By monitoring the system's decision-making process in real time, collecting battlefield feedback data, and constantly optimizing the algorithm model, we ensure that the system's decision-making capabilities can continue to improve and adapt to the more complex and changeable future.
battlefield environment.”
Having said this, Wu Hao glanced at Zhang Xiaolei next to him, and the two nodded tacitly. As Wu Hao's assistant, Zhang Xiaolei knew the technical details of the system well. She added: "It is worth mentioning that when we designed the system,
, paying special attention to the experience of human-computer interaction.
Commanders can easily control and supervise the system through simple instructions or interface operations, ensuring that at critical moments, human commanders can still take the initiative on the battlefield."
After listening to the introductions of Wu Hao and Zhang Xiaolei, everyone showed expressions of wonder and approval.
Luo Kai nodded slightly, showed a satisfied look, and said: "Such a system, if it can be applied in actual combat, will undoubtedly greatly improve our combat effectiveness and battlefield adaptability."
Chi Zhengyang also nodded in agreement: "Indeed, the autonomous decision-making ability of this system is impressive.
However, we still need to further verify its performance on the actual battlefield.
It is still necessary to organize a simulation exercise as soon as possible to let the system face the real battlefield environment and test its decision-making ability and adaptability."
Wu Hao heard this and immediately nodded to express his agreement with Chi Zhengyang's proposal. He knew that practice is the only criterion for testing truth, especially for high-tech products such as the "Smart Control" unmanned combat system.
"The leader is right. It is indeed necessary to organize a simulation exercise as soon as possible to test the actual performance of the system.
I have discussed this issue with Zhang Xiaolei and the technical team, and we plan to conduct a comprehensive simulation exercise next to simulate a complex battlefield environment, including a variety of terrain, weather conditions, and enemy situations.
Through this exercise, we hope to comprehensively evaluate the system's autonomous decision-making capabilities, adaptability, and smooth human-computer interaction."
Wu Hao glanced at Zhang Xiaolei, who immediately pulled up a detailed drill plan from the tablet he carried with him and displayed it on the big screen for everyone to see.
The plan details the objectives, steps, participants, and evaluation criteria of the exercise. It can be seen that Wu Hao and his team have been fully prepared for this exercise.
"As you can see, we have made a detailed plan for this exercise. We believe that through this exercise, we can have a deeper understanding of the performance of the system, discover possible problems, and provide strong support for subsequent improvements.
in accordance with."
Chi Zhengyang looked at the drill plan on the screen with a look of approval. He knew that Wu Hao and his team not only had excellent technical capabilities, but also had a rigorous work attitude and forward-looking way of thinking. This is what they
required.
"Very good, Wu Hao, you have done a very good job in preparation. I can't wait to see the wonderful performance of this 'Smart Control' unmanned combat system in the test."
After hearing Chi Zhengyang's words, everyone at the scene nodded and expressed their anticipation, and some even couldn't help but urge Wu Hao to start feeling it.
In response, Wu Hao nodded very calmly and then signaled Zhang Xiaolei to get ready.