Affected by Chen Yi, the mainland has also vigorously developed military-grade unmanned vehicles and aircraft in recent years.
Everything else is fine, except that the anti-interference level is a little off, but this mainly depends on the opponent's level.
It is estimated that no electronic equipment other than old antique products can withstand a nuclear explosion, but it can still adapt well to the general battlefield environment. If you really want to reach the level of being able to withstand a nuclear explosion, you have to continue to work hard. .
A group of big guys are not in a hurry for electronic equipment to achieve the ability to withstand nuclear explosion interference. This kind of thing cannot be rushed and must be developed slowly.
A group of people then had a heated discussion about cluster control technology, mainly surrounding the continued development of related software systems.
Everyone understands that the real core is the algorithm inside. Other basic units and even system software can be replaced, but this set of algorithms is irreplaceable. It can be said that this set of algorithms is the most awesome in the entire system.
As for the fireflies?
Although it is indeed very awesome, the fact that it requires yellow diamonds is still a big flaw.
When it comes to various scientific research projects, launching satellites and stratospheric drones, or super projects such as seawater desalination in Xinjiang, no one will frown, because these things can increase China's development speed by another level. It is a profitable investment.
Even if it is a long-range laser weapon, everyone can tolerate it. The use of yellow diamonds is just for miniaturization. These can be overcome. For example, it can be mounted on a large surface ship, or it can be directly fixed on the ground and used as a fort. .
It is not unacceptable to only need to equip some highly maneuverable miniaturized laser vehicles equipped with yellow diamonds in small batches to perform special tasks. Especially after the advent of the honeycomb stereo lens group, laser weapons can be miniaturized even if they do not use yellow diamonds as energy sources. .
But for small things like fireflies that fly in the sky, yellow diamonds are really indispensable if you want to work for a long time, and people are not so urgent in the related needs. After all, there is no such missile sea in the mainland now. There is no need for this in the coming scene!
It seems that the daily consumption of a standard system is nothing. The shares held by these big guys until they retire are just a drop in the bucket. However, the entire country of China is so big, and there are still so many areas waiting to be fed, and they need to expand to all parts of the country. If so, at least a thousand sets would be required. Who can withstand such daily consumption?
However, the application of cluster control technology to other conventional unmanned vehicles and aircraft seems very promising. The imminent benefit is that it can greatly reduce Xi's burden. Take the border between Yun Province and Xijiang for example.
The normalized patrols of unmanned vehicles there have always been controlled by Xi, which takes up a lot of its computing resources. With the cluster control algorithm, this area can be liberated. Xi is only responsible for some macro-tactic adjustments. Apply valuable computing resources elsewhere.
Not to mention there are many other places where if the algorithm is optimized, the efficiency will increase exponentially.
However, these are not the responsibility of the people here. They only have to worry about military unmanned vehicles, and other industrial applications are naturally concerned about.
After a group of people discussed for a long time, they finally reached an agreement. Anaheim directly packaged the cluster array control system, including the source code, and sold it to the relevant departments. Although it seemed very cheap for a small target in total, some subsequent data Must be shared.
In this way, the informatization construction of pla has taken another big step forward. Next, we can no longer cross the river by touching the eagle sauce. Since then, we have entered the stage where "the eagle sauce is responsible for the imagination and the rabbit is responsible for the realization".
. . .
At the same time, a group of big guys from the government, research institutions, and state-owned enterprises came here to examine the related applications of distributed algorithms at the Guangdong Province Dongguan and Eastern Industrial Park Shunfeng Logistics Park Sorting Center.
The entire sorting center covers an area of 2,000 square meters and is divided into two floors. The upper floor has 800 square cargo openings connecting the lower floor. Nearly 50,000 magnetic nails are buried in the ground to navigate more than 600 avg cars.
Each package on the conveyor belt scans the barcode and retrieves the specific information of the goods in the background through a group of manipulators. The manipulator then places the package on the pallet of the waiting car and sends the relevant information to the avg car.
After receiving the information, one of the trolleys moved to one of the cargo openings. You can see a smooth slide under the cargo opening. After the pallet was lifted for a while, the goods slid directly along the slide to the lower level, which was supported by a robotic arm claw. Inside the open snakeskin bag, many packages had been slipped into the snakeskin bag.
Just at this time, the tray under the snakeskin bag received the information that the weight reached the standard. The fingers of the mechanical claw suddenly changed and rotated. With a click, the snakeskin bag was sealed, and then the mechanical claw placed the snakeskin bag on the conveyor belt. , moving outward along the conveyor belt, the mechanical claw then picked up a snakeskin bag from the side and opened it, aiming it at the end of the slide.
Each cargo port on the ground floor is connected to a conveyor belt. The eight hundred conveyor belts eventually merged into eight leading to the outside world. You can see that the snakeskin bags from different cargo ports gradually formed an assembly line and finally moved outside the factory.
At the end of the conveyor belt outside, the waiting truck drivers and sorting center employees loaded the snakeskin bags that were shipped out one after another into the trucks until they were full or the weight reached the standard.
After the roar of the engine, the truck set off, and another truck came out to fill the space immediately behind. During this short gap, the staff had moved six snakeskin bags to the ground. The truck driver quickly got out of the car and opened the cargo compartment. Then the work of filling the warehouse began.
At this time, a group of people had a rough understanding of the entire process and asked a question to Zhang Long who was receiving them.
"Mr. Zhang, I don't think this has changed much from what you used to do?
How is your cluster control system different from before? "
In the past, this logistics park was first managed by the Army Corps and later handed over to Xuanyuan Goudan. But now that the relevant distributed algorithms are used, Xuanyuan Goudan does not need to process every data. Xuanyuan Goudan does more Through macro-control, this part of the computing power is liberated, which reduces his pressure and also has many substantial benefits.
However, both seem to be fully automatic and intelligent, which makes people feel unclear. If there is no specific operating data on the surface, you really can't see the specific difference.
Zhang Long began to explain the details to a group of people: "It seems that this is no different from before. It is also automated and intelligent, and can handle 40,000 packages per hour.
However, the cluster control algorithm has increased our efficiency by 43%, the average number of packages processed per hour has increased to more than 57,000, and energy consumption has also been reduced by 46%. "
Everyone was in an uproar. They couldn't understand why it was all intelligent, but just changing the algorithm had such a big change. Several researchers from relevant research institutions also couldn't figure out the problem.
It is said that after this sorting center is fully intelligent, the efficiency has been squeezed to the limit. Even if algorithm optimization is performed, it will be improved, but it will not be such an exaggeration, right?
Is there any mystery behind this cluster control system?
A young researcher suddenly thought of something and muttered to himself: "Cloud computing? Distributed computing?"
This guy's voice was a bit loud, and everyone turned their attention to him, which made him feel embarrassed for a while, but Zhang Long gave a positive answer: "Yes, it is distributed computing. Cluster control technology is actually just a part of distributed computing." kind of application.
Since December last year, the sorting center has basically implemented unmanned, lights-off operations.
At that time, all robots or avg cars were controlled by the control center and carried out according to the designed automation process, but everything was controlled by the control center host. There was no communication between individual devices, which seemed chaotic. , in fact, they are all designed.
The cluster control system is different. We have adopted a decentralization strategy to make all automation equipment an independent basic unit. All basic units are interconnected, thus forming a system with a more detailed division of labor.
Different from the previous unified control by the control center, now each basic unit can calculate in real time, so that more and more minute details can be discovered, and the potential can be further explored, thereby further reducing unnecessary losses and improving the overall efficiency. A big improvement. "
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