After completing these, Guo Shucheng has nothing to do for the time being, and the biggest workload will fall on Professor Qian Xuesen. He instructed the Institute to issue instructions to the satellites in the sky: fine-tune the attitude of the satellites, take night photos, and drop the film to the designated places...... At this time, China's satellites could not turn pictures into digital information and send them down through radio signals, but took pictures with aerial cameras and threw down film at designated locations, and China's reconnaissance satellites were still in experimental nature, and their symbolic significance was far greater than their practical significance.

Because the images taken are not clear, so much so that Division Commander Liao just said that those pictures have little effect on the military, almost zero.

It is just because China has made great strides in the design and manufacture of integrated circuits and computer technology that a new generation of reconnaissance satellites is being developed, and if the development is successful, the xing energy of the new generation of satellites will be at least an order of magnitude higher than that of the current xing energy, and will be able to be directly used in the military field.

Of course, it is impossible for a new generation of satellites to be used in this cruise missile test, and even if it is launched immediately, it will be too late to launch it immediately, and it will take a long time to debug it in the sky before it can be put into use.

Guo Zhuocheng can't interfere in the satellite matter, and he doesn't want to interfere either, and now he is receiving several technical experts from a computer control research institute in southern Yunnan Province in his room.

Originally, when Professor Qian Xuesen was busy with satellite photography, he could spare more than ten hours of spare time to do private affairs while waiting for those officers to report for duty. During this time, he planned to use his power to take the helicopter of the low-ranking officers who had been ordered to go to the provincial capital to have a small gathering with his parents, and he did not want these experts to take advantage of this loophole and ask him about technical problems.

Guo Zhuocheng's itinerary is kept secret to the outside world, but it is still conveyed by the top management within the Third Machine Department. The reason why Guo Zhuocheng did this is because he is not sure how much time he has lost here, and if the relevant departments or enterprises have something particularly urgent, he can come to him.

These technologists seized this opportunity. They are a research institute specializing in fighter avionics systems, one of the three major competitors in this field, and the only fighter system research institute located in southern Yunnan Province, which has the advantage of taking advantage of the strong computer strength of their country's first high-tech development zone.

Knowing that Guo Zhuocheng was close at hand, they thought it was an excellent opportunity, and several leaders immediately drove over with experts. They didn't expect Guo Zhuocheng to meet them, but as long as possible, they still had to work hard.

It is definitely much better to get Guo Zhuocheng's face-to-face guidance than to explore it themselves, and now everyone knows that Guo Zhuocheng is an expert in computer control, and he is also familiar with fighter jets. If you really achieve your goal and get inspiration and comments from him, won't you have more confidence in the competition with other research institutes in the future?

Once they arrived, they were finally able to live in a heavily guarded guest house. After asking someone to report to Guo Zhuocheng, they stayed in the room and waited quietly.

After listening to the report of his subordinates, Guo Zhuocheng really felt a little crying and laughing, not only frustrated that he could not meet his parents, but also excited by the conscientiousness of his subordinates. In this life, China's science and technology and economic development have exceeded his expectations, and compared with previous lives, China's progress has taken much less time. With these conscientious scientific research workers, why worry about science and technology not taking off.

He immediately invited these leaders and experts into his room, and several people began to discuss them in the room.

The so-called avionics system of the aircraft is only a general term. There were all previous planes, although they were all called this name, but the corresponding equipment and equipment were very different. At present, the international advanced fighter planes all use the 55b number jù bus, cross-link most of the electronic subsystems on the aircraft, and optimize and analyze them through the guò mission computer, which not only gives the pilot the most accurate number jù display, so that the pilot has the best grasp of the state of the aircraft, but also can help the pilot complete the relevant actions, to achieve the safest piloting and the most accurate strike against the enemy.

In terms of specific physical connection, the computer cross-links the radar system, fire control system, flight status sensor, navigation system, pilot body status system, equipment monitoring and detection system, communication unit, camera unit, etc., all of which are cross-linked on the aircraft to achieve unified scheduling of information, and provide the most scientific and direct parameters for pilots and ground commanders as a reference, so as to achieve the optimal performance of the fighter.

The avionics system started with the United States as the earliest and most advanced, but with the extension of time, Europe, especially France and Sweden, began to catch up, and the United Kingdom was not far behind, and the gap between these countries and the United States continued to narrow.

With the help of Guo Zhuocheng, China aimed at the most advanced avionics technology from the beginning of the development of a new fighter jet, and directly borrowed relevant concepts from the United States. Because Guo Zhuocheng is a layman in the field of aviation, although he asked so, but the scientific research personnel did not make substantial progress at that time, after all, China was a blank in this field at the beginning, just bring together computer experts, aviation experts to track and look for relevant technological achievements, as far as possible with foreign technical exchanges, so as to accumulate technology.

After the wreckage of the American F4 and F5 planes was brought back from Iraq, and relevant experts were invited from Iran, China's avionics technology began to leap forward, and with the rapid development of China's computer technology, China soon surpassed Britain and Sweden, almost on an equal footing with France, and only a stone's throw away from the United States.

In the previous life, some people called China a master of cottages, in fact, this kind of ability began to be consciously cultivated at the beginning of the founding of the country, because at that time China's technology was too chilling, nothing could be manufactured, except for copying foreign ones, there was really no way to quickly improve their own level, only to organize forces to imitate and map science and technology related to the national economy and people's livelihood, and then develop to tackle key problems and breakthroughs, after hard work, the Chinese finally had their own scientific research team in a short period of time, has its own industrial system.

China also has a way of working that cannot be compared with foreign countries, that is, the mechanism of general battles, which can mobilize the strength of the whole country to achieve a certain goal and a certain project, although this mechanism is a waste of not manpower and material resources, but the effect is obvious. Although our country has a poor foundation, it has completed many large projects that other countries assert cannot be completed in this way.

Now that there are physical wreckage, scientific and technological exchanges with the United States, France, Great Britain, and Sweden, with the help of Iranian users, and with a strong foundation in computer technology, it is impossible for China not to catch up.

To Guo's surprise, the institute that came to consult reported on the technical problems related to radar, saying that they had made breakthroughs in pulse-Doppler fire control radar and phased array fire control radar.

Although airborne radars also belong to a branch within avionics systems, it can also be said that their research direction has changed.

Guo asked puzzledly: "Aren't you mainly researching the number chain system of avionics on airplanes?" How did you study radar? ”

The leader of the other party smiled awkwardly and said, "Director Guo, we were forced." If we continue to study in this direction, although we can achieve certain results, we will definitely lose in the competition with them. Rather than lose in the future, we simply give up on this now. To be honest, we have gotten the technology of airborne radar from the UK through some means, which is very helpful for us in designing and manufacturing airborne radars. ”

Guo Zhuocheng is a real layman to airborne radar, he just asked them how to obtain British radar technology, and then readily agreed to convene a meeting of the leaders of the Third Aircraft Department to discuss their transformation request, and also promised that he would come forward to convene relevant experts to review their radar technology.

At present, China has accumulated a lot of radar technology, some of which have been deciphered from the wreckage of American planes, and some have been studied by the vast number of Chinese scientific research workers themselves. Although there is a slight gap between China's radar technology and the developed countries in Europe and the United States, it has enough ability to judge the quality of a technology.

During the conversation, although Guo Zhuocheng claimed that he did not understand radar technology, the other party still explained the relevant technology to him very seriously, and then asked Guo Zhuocheng to make suggestions. They also asked Guo Zhuocheng to integrate radar technology and computer-controlled technology to improve them in this aspect.

Guo Zhuocheng, who had no choice but to discuss with them seriously, explained the computer control technology and network technology he knew in his previous life. Although Guo Zhuocheng also talked in generalities, his conversation inevitably included some cutting-edge technologies, especially advanced concepts related to computer networks, which benefited these experts a lot.

They unanimously agreed that Guo Zhuocheng's views and ideas have a tremendous role in promoting the design of airborne radar and can greatly improve the scientific and technological content of radar control technology.

Guo Zhuocheng will not say anything about these, he also knows that there must be benefits to the design of the radar, but whether the benefits are as big as they say, it is impossible to be sure, maybe what they said is true, maybe they are deliberately sycophant.

When it was time for dinner, Guo Shucheng invited them to eat together.

After eating, these people reluctantly said goodbye. They had to rush back as much as possible to prepare the materials for consideration by the experts of the Third Aircraft Department.