Military Technology

After listening to Zhou Yonghui's introduction, Wu Hao and Zhang Jun both nodded involuntarily. It is cheap, easy to produce and easy to use. This is definitely the biggest advantage of this angel grenade.

Similarly, this is also its biggest disadvantage, that is, it is easy to imitate and the technical threshold is relatively low.

In fact, there are already a lot of small suicide drones like this, and there are even professional versions. Theirs is just an upgrade. Compared with those small suicide drones on the market, There isn't much of an advantage.

Once this Angel grenade comes out, it will inevitably be imitated and copied. This is inevitable and can be expected.

However, not everyone can prevent it, especially while controlling costs, it is also difficult to ensure that the drones it prevents have the same performance as this angel grenade.

Especially its intelligent system, which is not something that ordinary drones can have.

How many of these Angel grenades have been developed? Can you try it at the shooting range soon? Zhang Jun couldn't help but feel itchy while holding the angel grenade in his hand.

Zhou Yonghui immediately responded after hearing this: "Of course there is no problem. We have developed a lot of this angel grenade. You and Mr. Wu can try it yourself on the shooting range later. It is very easy to use."

Hahaha, okay, let's try it out soon. Wu Hao smiled.

After introducing this exhibit, Zhou Yonghui began to introduce them to the next exhibit. This exhibit is a bit complicated, so Xue Rou and us knew what it was for a while.

Those sensing modules are also equipped with compound eye lenses and laser pointers. The environmental sensing capabilities of a single module are stronger than those of the central sensing module. However, as the number of distributed sensing modules increases, its sensing capabilities are also constantly improving. Even its overall performance exceeds that of the central sensing module.

The system will perform regression processing, analysis and refinement of the detected information, thereby marking out the most important information.

The environment perception system is mainly divided into two parts, namely the central perception module and the distributed perception module.

The radar and optical pod under the aircraft are obviously enough alone, so the fighter aircraft must be equipped with such a perception system.

So you are thinking, maybe it is possible to upgrade existing weapons and equipment with humanized functions so that they can have intelligent and humanized control capabilities.

And the most important thing outside is not your intelligent image recognition system. That intelligent image recognition system cannot handle those white light, low light, red and cold imaging images, and radar images, so that the detected information It is compared with the information outside the database to identify and mark the real information of the detected object. "

The most important thing about the entire environment perception system is not its intelligent data information processing system. Whether it is the central sensing module or the distributed sensing module, the detected data will be transmitted to the intelligent data processing system.

Its operating system is all about serving people, and basically it doesn’t rely on people’s words. So how to realize the humanization of those weapons and equipment is a problem.

Seeing the strange expressions of Zhang Jun and Wu Hao, Zhou Yonghui looked at Lin Jiaming. Li Jiaming understood and immediately introduced them to the seven people.

And if you want those conventional weapons and equipment to be controlled by humans, you must design such an intelligent human-controlled machine system.

Then connect the intelligent manned control system to the existing weapons and equipment to achieve manned control.

But in reality, your central sensing module needs to retreat less than this synthetic aperture radar pod. Its core is a narrow-band low-definition compound-eye lens that you first retired, with white light, low-light, and infrared imaging and low-frequency detection capabilities.

All along, your intelligent manned weapons and equipment have been specially developed, or are retrofits and upgrades of existing weapons and equipment.

For example, to take the most complicated example, except for seventh-generation fighters, the onboard systems of other eighth- and seventh-generation fighters are actually not so advanced and cannot support manned operating systems. In addition, the sensors it carries are also very limited and cannot support the super-sensory environment required for manned combat.

The so-called super-sensory environment is not actually the ability to perceive and process the surrounding environment information and battlefield environment information. To put it bluntly, it is not the eyes, ears, and nose.

The second is a few-beam laser pointer, which cannot support at least forty laser beams for simultaneous ranging guidance and guide the target to launch a retrograde attack.

There is even no equipment that does not have that system at all, such as a small amount of land combat equipment, some naval combat equipment, etc. Therefore, if you want to develop such an intelligent manned control system, you must first develop an environment perception system.

To put it simply, it is not an intelligent manned control system that you developed for conventional weapons systems.

Intelligent human-controlled robot?

The entire environment sensing system is composed of a central sensing module and a distributed sensing module. The distributed sensing module supplements the perspective of the central sensing module and cannot fill in the angles that the central sensing module cannot detect due to angles and occlusions, thereby achieving The surrounding environment is fully covered at 880 degrees with blind spots.

As for the distributed sensing module, it is composed of many sensing modules. She can increase the number according to needs, seven, four, seventeen, eighteen, seventy-seven, or eighty-eight. At least you and her can support forty less distributed sensing modules.

Mr. Wu and Mr. Zhang, the equipment in front of them now is actually one of your intelligent manned robots.

But there are also many problems in that. First of all, the most important point is that these are almost all kinds of weapons and equipment that no one can control. It doesn’t mean that from design, development to manufacturing, we all follow a retrograde design that no one controls.

Zhang Jun and Wu Hao both looked puzzled. We have seen that robot before, whether it is the "Xingtian" humanoid robot or the lower-level humanoid bionic robot Chen Ke'er. It's not as weird as the intelligent manned robot behind her.

Yes, facing the questioning looks of Zhang Jun and Wu Hao, Lin Jiaming nodded and responded: "Yes, an intelligent manned robot. Rather than saying that I am an intelligent manned robot, I am more like an intelligent manned system.

The first is the central sensing module. It is located under the intelligent manned robot. It is not that part. It looks like a round ball, not like an upside-down synthetic aperture radar pod.