Updated: 2012-09-04

The "some information" that Qin Tairan said sounded like there was not much, but when Duke received these things, he realized that there were really a lot, with dozens of TB electronic information. If so many information were read by the human brain, I guess I would never have thought about reading it in my life.

This includes all kinds of information about today's drones, ranging from newspapers, papers to actual videos. As long as the public things involving drones are basically collected, some are drone fragments or incomplete actual things collected through various channels.

Fortunately, these materials have been well organized, and many things are used for reference. They are sorted out in categories like a small database. In this case, whether it is picture information, audio and video information, or simply a software system or program fragment, such a complete hodgepodge is classified and stored according to the perspective of the researcher. For most researchers, it is notorious to be able to study a very small category.

Of course, Qin Tairan would not really think that Duke would look at everything, but he didn't know what was useful and what was useless, so he simply brought all these things over for Duke to find them himself.

But Duke has Kerry, a big killer weapon that can do far more than people imagine. After reorganizing and absorbing these electronic data, Kerry reupdated the knowledge in various related fields based on the basic data, connecting these practical electronic data with the foundation, allowing Duke to obtain a more complete drone knowledge base.

It is no exaggeration to say that Duke has such a knowledge base in the field of drone research, and he can already be proud of himself in the world. The most important thing is that Duke has a very clear understanding of the drone architecture. The difference between large, medium and small drone architecture, armed drones and reconnaissance drones has suddenly become much clearer.

These materials basically cover the accumulation of mainstream research institutions in this area. Duke certainly benefits a lot after reorganizing it in Kerry's space. With the general framework of those program fragments, Kerry can analyze what aspects it is and then conduct a comprehensive analysis. Many small fragments are quickly parsed out, some are critical algorithms, while others are useless.

The most useful thing is the things copied from ep-3. This is a very complete electronic system. Although some parts are missing, it is assumed that the self-destructing system has played some role. However, after the remaining things are parsed by Kerry, a relatively complete system can still be obtained, from the control system to various professional listening systems.

For example, an electronic monitoring system that can identify a personal identity. When this system intercepts the other party's call, it must be compared with the voice database to identify the caller's identity. Thus, it can determine how valuable the collected information is.

In principle, Duke's intelligent speech analysis technology can be more advanced than this system, but Duke never thought it could be used like this before, so this system is a very good inspiration for Duke. I believe that it will be possible to develop a more practical similar system based on the functional characteristics of this system.

Signal interceptors and air signal intelligence collection systems are more valuable to Duke. Through it, we can understand the US military's technology in eavesdropping and processing and information dissemination. This system was designed by top American intelligence experts and computer experts in the early 2000s. It organically combines tactical communications, electronic support measures, special signal processing and utilization systems to process the collected intelligence in one-stop.

This system is the latest achievement of the US military in the early 21st century, only more than ten years away from now. It can be said that this electronic system is the most important part of the information Duke has obtained this time. For domestic research in this field, it is equivalent to narrowing the gap in technical level from the original decades to more than ten years.

Duke himself is more confident that he will take a step closer to this foundation and use Kerry's capabilities to develop more intelligent and efficient systems.

Even if Duke doesn't understand military affairs, he knows that this achievement is of great significance, so he is going to hand it over to Qin Tairan. However, before delivery, Duke has to do some extra work to let Kerry complete a new program and install it on a super small machine cluster to crack it. Kerry has the final result of the cracking. This cracking program can decipher this thing in more than ten days just like playing a puzzle game that knows the answer.

This is a special application specifically for this system. Duke will deliver it to Qin Tairan one or two months later for verification. Anyway, it can only "decipher" this designated system. Duke doesn't need to keep it confidential, but can clearly explain how he got this thing.

With such a foundation, Duke began to design new drones based on the current model of advanced drones, and then divided the R&D tasks into many small projects. Of course, Duke will not tell you now that I have designed a new model of things. He just asked the R&D departments below to do some special specific research. When these research is completed, a new model of drones will be formed soon.

After all, electronic systems are only part of it, and there are still many basic things to be done, such as photoelectric/infrared reconnaissance equipment, various frequency signal interception systems, radar systems, navigation and communication systems, etc. are not something Kerry can do. Duke needs the team below to do it. Even for electronic systems, Duke has begun to separate them into various micro subsystems for people to develop. Now that he is responsible for architectural design, it is not a big problem to redevelop a set of them.

This set of things is too large, and Duke will not be so stupid that he will take it out alone. Although Kerry can handle it completely, this is really amazing. Seriously, Duke completes the intelligent analysis algorithm with the highest efficiency requirements, which is what everyone thinks is normal. He has written tens of thousands of lines of core algorithm source code in a few months. Although it is still a bit amazing, it has the halo of a genius scientist, which can be understood by people.

If Qin Tairan's power system can keep up, Duke believes that by the end of the year, he can complete a new model of unmanned reconnaissance aircraft. He believes that he will make a stunning debut again. The military should be able to gain a treasure with the same basic capabilities as ep-3. If Qin Tairan's power system can ensure a long air stagnation capability, the military's capabilities in electronic reconnaissance in the theater will be greatly improved.

More importantly, Duke will do something completely unimaginable through this thing. Now that he says it, it is a fantasy idea, or even a delusion that no one believes in.
Chapter completed!