Updated: 2012-08-26

Duke, who survived death, ignored these external reactions. He is now completely immersed in the improvement of the data link project.

Being framed by someone can be said to be personal grudges, and Duke can solve it in other ways. For example, he has asked Kobe to initiate a financial background investigation of the so-called charitable foundation, and must dig out all the direct responsible persons related to this kidnapping case and then use various methods to carry out strong revenge.

But Duke doesn't have to do this personally. If he spends a lot of money, some of them are solutions to the problem.

However, in the face of forces from hostile countries, Duke himself does not have much energy to directly retaliate. No matter how much money he has, it is difficult to find a way to make the other party feel heartbroken when facing a big country. Although attacks in the financial field can give the opponent some harm to a certain extent, there is no suitable opportunity and clever method. It is not easy to achieve the effect of Soros that triggered a country's serious economic crisis.

So Duke's only way is to rely on the state machinery to indirectly achieve his goals. Moreover, Mr. Liu really has nothing to say about him. He can enjoy the personal escort of strategic nuclear submarines. This kind of treatment is really not something that ordinary people can enjoy.

Therefore, at Duke's request, the data link research team expanded its scale again. With Kerry, Duke's computer capabilities have far exceeded the current world level. In addition to helping the R&D team realize the original functions of the data link system, Duke developed a unique theater joint tactical combat system with the help of Kerry.

The function to be realized in this theater joint tactical combat system is very simple. It is to automatically sort all enemy targets observed by a certain tactical cluster and then automatically allocate our firepower, concentrate firepower to lock and destroy the most dangerous tactical targets.

Obviously this is an extremely challenging project, with extremely high requirements for the level of artificial intelligence. Its prototype comes from the multi-target tracking and identification system of US and Russian fighters. However, Duke expanded it to tactical clusters, such as the integration of the war zone air-ground, digitizing the heavy firepower of air fighters, tanks and artillery in the same war zone, and quickly evaluated and guided fire attacks based on the observed tactical targets in the war zone.

This is a larger-scale joint tactical system application concept, and it is more commonly used in a smaller tactical range, such as in a fighter formation or a tank cluster formation, which can concentrate the firepower of the entire formation against the most valuable tactical targets.

There is no doubt that this is currently a way to use the least cost to improve the combat effectiveness of the current army. With the new generation of high-speed wireless communication technology provided by Duke, Duke's conception has no obstacles in basic hardware. The most core thing now is to improve the existing observation system and automatic identification and evaluation system, and then digitize all heavy firepower.

After receiving Duke's idea of ​​the joint tactical combat system of the theater, Mr. Liu said three good things in a row. As an old military industry who has led the construction of military equipment for decades, Mr. Liu certainly knew how important it would be for tank combat if several or even dozens of main battle tanks could be used in concentrated use of firepower.

Similarly, if several fighter jets can be integrated into one, the advantages in air combat are simply unbelievable.

If the military has such a mature system, it will have a completely reborn effect in terms of combat power, and can even be directly improved several times.

What is even more rare is that this is a plan proposed by Duke. Based on Mr. Liu’s understanding of Duke, since Duke has proposed the plan, the possibility of realization is very high. Even if he finally gets a set of less perfect tactical assistance systems, it is very obvious to improve combat power.

Therefore, Mr. Liu instructed to fully support the project proposed by Duke, and listed it as one of the top ten key projects currently being addressed by the entire army. Some related technical basic progress has also been fully opened to Duke, so that Duke can better grasp the development direction of the entire system. Due to the need for the highest confidentiality, Duke will remotely control the progress of the entire project with an invisible identity during the project.

Because of the trap of the last kidnapping case, Mr. Liu was very sensitive. Fortunately, Duke participated in the military project and passed Qin Tairan's indirect transfer. Although the opponent tried his best to find out the information about Duke's participation in the military, Mr. Liu believed that it was because of this that Duke could escape by chance in the last incident. Otherwise, Duke would not face the interception of Ah San, a squid-class submarine, but a small fleet.

In order to manage the needs, Duke cloned a set of outsourcing cloud service applications of his own company, and after improvement, the entire project team can complete a series of complete R&D process services such as project requirements, development, test delivery, and maintenance on the platform. In this way, Duke can use this platform to command and control thousands of R&D personnel and monitor the progress of the entire project.

With the cloud service application platform, Duke can decompose the project into small projects that are easier to complete, which can not only keep it as confidential as possible, but also more convenient to control the project. A team of ingenious experts supports Duke's work 24 hours a day, allowing Duke to devote his thoughts to system framework design and core algorithm research. After Kerry's simulation verification, most of the implementation was handed over to the project team.

With sufficient R&D resources to use, Duke soon integrated the early high-speed moving object target trajectory recognition and prediction system, and used the high-speed intelligent hazard recognition and firepower intelligent distribution subsystem developed by Kerry to complete the prototype of a theater joint tactical combat system on the Nuwa 1.0 operating system platform.

Simulation tests show that the power of this system depends on the front-end observation subsystem. If the observation subsystem can provide accurate enemy tactical target data, then according to the firepower configuration of the tactical cluster using this system, the combat power can be increased by at least 3-5 times!

This is really an amazing combat power multiplier.

However, in future practical applications, since the observation system involves a variety of basic technologies such as sound, photoelectricity, and it is difficult to provide perfect enemy information for this system. Therefore, in actual applications, due to the ability of the observation system, this combat power multiplier will be greatly reduced. However, even so, after the simulation test results were transmitted to the top military leaders, the bosses were still shocked.
Chapter completed!