Homo sapiens

the other side.

Zhang Hao, who is also the technical executive officer of Spiral Information Technology Company, is also busy with the work at hand.

As one of the few programmers among managers who has mastered programming technology, Zhang Hao's status within Homo Sapiens Company is higher than that of his younger brother. After all, his younger brother Zhang Wei is not a member of the Spider Web, so he is clearly separated by a layer.

At this time, Zhang Hao was in charge of the information department of the security department and concurrently served as the technical executive officer of Spiral Information Technology Company.

Spiral Company was established half a year ago. It has two core businesses. One is to build an electronic computer software design company on the surface, and the other is to secretly develop its own biological computer software.

Among them, ordinary electronic computer application software is not difficult for Zhang Hao, especially those commercial software. Anyway, it is to "learn" from existing commercial software as much as possible.

There are more than 100 programmers responsible for this aspect. They have one task and learn from other commercial software.

The core technology research and development team led by Zhang Hao and others, with a total of more than 30 programmers, is responsible for developing software based on biological computer systems.

These more than thirty programmers are the company's own people. After all, people who have access to biocomputers need to be implanted with biochips and other preventive measures to ensure their absolute loyalty.

Although there are differences between biological computers and electronic computers, the software frameworks are similar. This is mainly to facilitate the rapid transplantation of some useful electronic computer software into biological computers.

In particular, Li Qingye combined the characteristics of electronic computers and biological computers and created courses such as "Fundamentals of Quasi-electronic Software Programming", "Fuzzy Control Mode of Biological Computers", "Transplantation and Adaptation of Electronic Software", etc., which have already passed the biology in their brains. The chip was deeply implanted in the minds of Zhang Hao and others.

Now they can independently develop some biological computer application software.

However, some industrial software recently involved has given them some headaches.

Mainly the design of industrial software requires a large number of professional scientific researchers and experimental data support. This is also the fundamental reason why Western industrial software is very powerful, because their accumulation is strong enough.

As for the accumulation of industrial data by Homo sapiens, it cannot be said that it has nothing, but it is equivalent to nothing.

After all, it’s hard for a clever woman to make a meal without rice.

Zhang Hao now has a headache. After all, no matter how the software simulates, it still needs the support of real industry and experimental data. He is not an aerodynamicist, so he is really powerless when it comes to aircraft simulation and testing software.

Fortunately, Li Qingye gave him a suggestion.

At this time, Zhang Hao took five programmers to Culasi Town on Panay Island.

When Fang Bai heard the technical executive of Spiral Company approaching, he quickly put down his work and came over to personally accompany Zhang Hao and others.

After hearing Zhang Hao's request, Fang Bai also understood that both parties needed to cooperate to overcome some difficulties.

At this moment, Su Xuan took them to the wind tunnel test building of Feiyu Company. This is the mini wind tunnel system currently developed by Feiyu Company. There are 10 mini wind tunnels in total, which can test aircraft weighing less than 10 kilograms.

Fang Bai reminded in a low voice: "Manager Paul, this kind of wind tunnel can only test small drones. Our large drones cannot be tested here."

But Paul was unmoved. He asked the soldiers on the side to push out a cart with dozens of boxes containing sparrows, swallows, seagulls, and dragonflies.

"Is this?" Fang Bai didn't understand what Paul was doing. Although human fixed-wing aircraft imitated animal wings, it was difficult for birds to accurately collect their data in wind tunnel experiments.

Paul put a sparrow into the mini wind tunnel and ordered the wind tunnel to be activated. The sparrow began to soar in the wind tunnel.

Then the technicians who operate the wind tunnel constantly change the air flow, wind speed, and temperature, and the sparrows still keep flying until they are exhausted.

Paul took out the sparrow, injected it with a special nutrient solution and fatigue-relieving drugs, and then let it rest in a cage.

At the same time, a special optical fiber signal connector was connected to the sparrow's head.

Zhang Hao and others, who are proficient in biological computers, quickly read the sparrow's flight data just now. After combining the data from the wind tunnel and synchronizing the time, they quickly discovered many interesting models and data.

"This..." Fang Bai was very shocked.

Paul then said: "We don't have enough accumulation of aerodynamics. The core database of Western industrial software is not open to the outside world, and it is easy to leak information during use. Therefore, we can only rely on ourselves, using birds and insects." As a test object, we need to quickly accumulate a batch of flight data, and the large aircraft will be tested after the large wind tunnel is completed."

But Fang Bai asked excitedly: "Paul, can this kind of sensor on birds and insects be installed on an aircraft?"

"..." Paul's biochip started calculating, and he replied after a few minutes: "Yes, it just needs special coating and chip support."

"Great, if that's the case, then we can design a large number of scaled-down aircraft models. Although the small models cannot be 100% equivalent to the prototypes, they can at least quickly accumulate data and eliminate some inappropriate aerodynamic layouts."

Fang Bai obviously noticed the special sensors on these test animals. Their accuracy and coverage area are almost equivalent to detecting feedback information on the entire surface of the aircraft.

This technology is simply terrifyingly powerful.

You must know that the current high-precision detection equipment and sensors cannot completely cover the surface of the aircraft. They can only cover each point, and then provide a general simulation data after secondary processing by the software.

The special sensor in front of me is accurate to a few microns, and it covers the entire surface.

Fang Bai saw on the screen that the sparrow's flight model showed very dense changes every microsecond. After magnifying it more than ten times, he could see the airflow, temperature, lift, and resistance of each area above.

Why do human aircraft need huge power? And can't fly like a bird?

The reason is that it is very difficult to control the posture of ordinary aircraft. If it is to be designed to be as precise as a bird, the computing power requirements for its posture control will inevitably exceed the sky.

But this problem is not a problem for Feiyu Company, because the parent company of Feiyu Company can provide chips with very terrible computing power.

In this way, Fang Bai's mind opened up.

Instead of sticking to the current aerodynamic layout of aircraft, why not just engage in bionics, imitate bird wings, and directly exploit the strengths and avoid the weaknesses.

Various small posture control motors and small wings are added to the fixed wings to take advantage of the chip's computing power.

That kind of sensor can make the bionic design of the wing more convenient, and can also quickly obtain a lot of basic flight data.

Fang Bai's suggestion was approved by Zhang Hao.

After Paul reported it to Li Qingye, he also felt that this plan was good.

Although precision-controlled aircraft will increase manufacturing costs, it is also the only way for cruise missiles to increase their range.

After all, if cruise missiles can hit North America, the cost of the aircraft will definitely increase.

Li Qingye asked Paul to follow Fang Bai's suggestion to expand the scale of the Misty Wind Tunnel, and at the same time design a large-scale miniature aircraft model to accumulate enough data for the flight software.

The high-precision whole-body data collection system makes the mini wind tunnel very cost-effective and reduces some initial investment.

While large wind tunnels are still a must, mini wind tunnels will hold up, at least for a while.

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