Yes, submarine communications now must rely on exposed surface communication equipment to support high-speed data communication needs for joint operations. Even Duke cannot change this point even if he is genius. Since this is the case, Duke will no longer consider this issue, but will focus his thinking on another aspect.

That is to concentrate on coming up with a way to solve the problem of exposed targets induced by the submarine's external communication. For submarine communication, the towed buoy antenna now used can only reduce the chance of submarine being discovered to a certain extent. However, due to the increasing anti-submarine technology, for this kind of towed buoy antenna communication, advanced countries in the world have a very mature set of detection methods and equipment.

Through the electronic monitoring and positioning system on anti-submarine aircraft or surface ships, this technology can quickly locate the submarine's range of activity within a range of several kilometers. For large targets such as submarines, due to the limited submarine speed, it is difficult for the submarine to have a chance to escape further positioning and attacks of anti-submarine aircraft, because within a range of a few kilometers, all power units of non-submarines use deep submersible submarine to sink the bottom, otherwise it will be impossible to escape anti-submarine sonar search.

In other words, to support the needs of the joint combat system developed by Duke, submarines need to maintain high-speed communication for a long time. If only towed float antenna communication is used to maintain this communication, it is equivalent to lighting a beacon for the enemy to find a submarine, adding a fatal threat to the submarine.

Therefore, in submarine combat, in order to avoid this risk, it is usually impossible for submarines to maintain long-term high-speed two-way communication to the outside world. Instead, they exchange data with the base or command center in a short time during the up-loading charging process or in an emergency. Most of the time, submarines use passive reception of information, which makes submarines have to play the role of a lone hero for most of the time.

The so-called submarine joint combat now means maintaining coordination at the battle level, but if you need to truly maintain coordination at the tactical level, it is impossible without large data exchange. Therefore, Duke's new plan is to ensure that in the case of long-term data communication, multiple bait targets are added to mislead the enemy's electronic detection equipment.

According to Duke's design ideas, future submarine communication will be carried out using a group of float antennas. This group of float antennas can be released in the war zone in a variety of ways according to the wireless communication base station before the war zone, forming a distribution group with hundreds of kilometers between each float antenna, so that it can be spread across the war zone for hundreds of kilometers.

The towed float antenna on the submarine is designed to communicate with nearby communication relay nodes to communicate with data, which effectively avoids the exposure of its own position directly by communicating with the base or other ships. If the new wireless communication technology invented by Duke is adopted, the wireless electromagnetic wave signal is only distributed in a range of more than 100 kilometers, which makes the enemy's reconnaissance system extremely difficult.

What they could find was the first bait float antenna responsible for communication to the outside world. However, because these bait float antennas are too wide to be distributed, it is difficult for the enemy to find the submarine by monitoring wireless communication. In this way, the enemy's positioning of the submarine has expanded sharply from a range of several kilometers to several hundred kilometers, which is equivalent to orders of magnitude improving the safety of the submarine.

With Professor Yu Deming's approval, Duke's confidence in his plan has increased greatly. Although there may be many problems in the specific implementation, it is not worth mentioning the difficulty of this technology compared to redeveloping a new communication technology.

(Thanks to book friends Georgetutu for its monthly ticket support, thank you for your additional update today)
Chapter completed!