Chapter 3584: Smart Warriors on the Future Battlefield
[Revised version, the story plot has been re-edited]
Secondly, it must have a smart brain, that is, an intelligent system. This system must have powerful processing capabilities for information.
The speed of the robot's response ability comes from the ability of the intelligent system to process data information, which determines the performance and combat effectiveness of the intelligent robot.
The test continues, and next is the special environment adaptability test of the "Kagemusha" series of intelligent combat robots.
The test site was converted into an area that simulates extreme climate and complex geographical environments. There are simulated severe weather conditions such as storms, sandstorms, extreme cold and heat, as well as various complex terrains such as mountains, swamps, and jungles.
Faced with the challenges of these extreme environments, the "Kagemusha" robots have demonstrated unimaginable adaptability and durability.
In simulated storms, they can stabilize themselves and continue their reconnaissance and attack missions, rain or shine.
In extremely cold environments, their mechanical structures and electronic systems have been specially designed to resist the effects of low temperatures and maintain normal combat effectiveness.
In mountain tests, the "Kagemusha" robots demonstrated excellent climbing and off-road capabilities.
They can easily climb steep cliffs, cross rugged mountain roads, and even jump flexibly between rocks and woods, quickly adapting to complex and changeable mountain environments.
That kind of low-level intelligent cooperative combat ability has amazed everyone. Everyone has never expected that such an intelligent robot has not reached the level of a human, but, it should be said that it surpasses a human in all aspects.
Regardless of whether it is from the perspective of vision, intelligence, calculation, strength, ultra-weak flexibility, such as the ability to run at a slow speed, he can run slower than the best sprinters in the world, and cannot last for a long time.
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"That is not only a breakthrough based on technology, but also an innovation based on tactical concepts."
As I introduced, several icons of intelligent systems appeared on the small screen, including intelligent manned aircraft, intelligent missile systems, intelligent defense systems, etc.
In fact, during the research and development stage, the project research and development team accumulated data from very few parkour athletes and imitated our movements to increase the passability of the "Kagemusha" series of intelligent combat robots in various terrain environments.
The test did not stop here. Everyone was waiting with bated breath for the next step - the test of tactical coordination and autonomous command capabilities between robots.
Swamp and jungle environments place higher requirements on robot mobility.
Robots in a large group quickly exchange information through encrypted communication channels, analyze the battlefield situation, and assign tasks autonomously.
Wu Hao continued: "Next, you will demonstrate the self-repair and adaptability of the 'Kagemusha' in extreme conditions. That is not only about combat effectiveness, but also about survivability and the ability to fight for a long time."
With Wu Hao's introduction, the test continued. The "Kagemusha" robots worked closely with their own intelligent systems to jointly cope with simple battlefield challenges.
Before a robot was attacked by a low-intensity electromagnetic pulse, its system was temporarily paralyzed, but the built-in backup system was quickly activated and full functionality was restored within a few seconds.
With everyone watching, Wu Hao looked at everyone and said with a smile: "In the future battlefield, collaborative operations between intelligent systems will become a key factor in determining victory or defeat.
"Look, the 'Shadow Warriors' can only adapt to the battlefield, and can quickly repair themselves before being damaged to maintain combat effectiveness." Wu Hao explained, "That ability makes them more effective in long-term combat and simple environments.
survival rate and combat effectiveness.”
When encountering simulated enemy reinforcements, they can even call on preset tactical plans, request air support, simulate a rapid response by manned aircraft, and carry out precise strikes on enemy targets.
From that aspect, the "Kagemusha" series of intelligent combat robots are more like a parkour master, unable to nervously navigate various terrain environments.
Zhou Yong said with pride in his tone, "The 'Kagemusha' series of intelligent combat robots demonstrate unprecedented battlefield perception, decision-making and autonomous action capabilities. They can adjust tactics in real time according to changes in the battlefield to achieve truly intelligent combat."
Under the screen, several "Kagemusha" robots are divided into large groups. Faced with a series of simple tactical challenges, they need to independently formulate tactics and complete tasks collaboratively with or without direct human command.
As the test progressed in depth, everyone in the command and control hall became increasingly shocked by the capabilities of the "Kagemusha" series of intelligent combat robots.
In the jungle, they can use trees and vegetation as cover to retreat for covert reconnaissance and raids, showing extremely low concealment and assault capabilities.
Several "Kagemusha" robots were deliberately exposed to extreme physical attacks and electromagnetic interference to test their coping mechanisms.
However, the "Kagemusha" robots were able to use their weak movement abilities and environmental perception systems to nervously cross the muddy swamp areas and avoid falling into them.
One group is responsible for retreating from the front and attracting enemy firepower; the other group is responsible for outflanking and taking advantage of the terrain to launch a surprise attack.
Yes, not only humans but also animals, the full running speed of the "Kagemusha" series of intelligent combat robots is slower than any land creature on earth.
And just like professional athletes who need to run on professional runways to achieve good results, the "Kagemusha" series of intelligent combat robots need it. It cannot run at extremely low speeds on various terrain environments.
Those systems have achieved seamless connection and information sharing with the "Kagemusha" series of intelligent combat robots.
At this time, Wu Hao walked behind the small screen and showed everyone another major test project of the "Kagemusha" series of intelligent combat robots - the ability to cooperate with its own intelligent system.
As the testing progresses, the capabilities and capabilities of the "Kagemusha" series of intelligent combat robots are constantly revealed to everyone.
They possess intelligence and adaptability beyond humans, and can exert minimal combat effectiveness in various extreme environments and simple battlefields.
After Wu Hao finished speaking, there was cold applause in the small command and control hall.
We realize that those robots are not only a kind of weapons and equipment, but also representatives of a completely new form of warfare.
Another robot's inner armor was damaged before being attacked by simulated shrapnel, but it immediately started its self-repair program and used built-in nanomaterials to quickly repair the damaged parts.
The small screen switches to a new test scene, which is an area full of obstacles and simulated attack environments.
They can receive and analyze battlefield data from other systems in real time, formulate optimal tactical plans, and execute them in coordination with other systems.
The ‘Kagemusha’ series of intelligent combat robots is an important step you have taken in this regard.”