Regarding network and system security, Wu Haoni gave a relatively detailed professional introduction. However, except for some experts, everyone else was confused. But the general idea is that it is understood, that is, this system
It is very reliable and safe in preventing hacker attacks.
However, Wu Hao did not talk much about anti-electromagnetic interference. Because regarding this aspect, except for them, everyone else in this conference room can be called experts in anti-electromagnetic interference.
You must know that whether it is the Air Force, the Army, or scientific research units such as the Air Research Institute, electromagnetic interference and electromagnetic countermeasures are included in their daily key research, because in modern wars, electromagnetic countermeasures are also part of the entire war.
an important part of.
In addition, everyone knows that the more advanced weapons and equipment are, the more susceptible they are to electromagnetic interference. This light field area air defense system is also different, even if special anti-electromagnetic interference design and protection measures have been taken during the design and manufacturing.
.
However, in a high-intensity and complex electromagnetic environment, especially under the high-intensity electromagnetic suppression carried out by the enemy against us, the performance of this light field area air defense system will definitely be affected to a certain extent. Not only them, but other weapons and equipment will also be affected.
Same.
Fortunately, the scenarios used by this light field area air defense system are aimed at some small-scale point targets, as well as some sub-low value or low-level targets for defense, so the impact is not significant.
So after briefly talking about it, Wu Hao then continued with the relevant introduction and explanation below.
"It also benefits from this system, so it responds very quickly. After turning on the active defense and interception system, the intelligent air defense system will immediately identify the target after discovering the target, lock the target, and launch air defense interception missiles at the incoming target.
Man-machine intercepts. The entire reaction time can be shortened to one second, or even dozens of milliseconds, which can be said to be very fast. In this way, the best opportunity can be seized and the incoming target can be attacked more effectively.
of interception.
Moreover, such a quick response can buy as much time as possible for the entire interception process and increase the success rate of intercepting incoming targets.
Such a reaction time cannot be achieved by even the most skilled and elite operators."
After hearing Wu Hao's words, everyone present nodded. Indeed, although they are not weapons theorists, such a fast reaction time is indeed impossible for humans to achieve. This is reality.
"Secondly, this system will also perform autonomous adjustments based on the type of incoming target and even the location to be attacked, thereby maximizing the interception success rate for all types of incoming targets, reducing interception costs, and avoiding unnecessary
loss.
For example, this intelligent interception system will calculate the pre-landing points of these missiles, rockets, and suicide attack drones, and attack those incoming targets that may threaten our defensive positions or defensive targets.
.
As for those incoming targets that threaten defensive positions and defensive targets without vehicles, you can choose not to intercept them. In this way, you can avoid excessive consumption of ammunition for this light field area air defense system and reduce interception costs.
At the same time, it can also increase its continuous combat time."
After he finished speaking, everyone present nodded. Obviously, they agreed very much with this function. After all, it is our fine tradition to be diligent and thrifty and avoid waste.
According to what you said, I feel a bit like Israel's Iron Dome defense system. I remember that it can also calculate the impact point of incoming rockets and selectively intercept those rockets that threaten the defense area.
Luo Kai opened his mouth and said.
Hearing Luo Kai's question, the others also nodded and looked at Wu Hao. According to this, it was indeed a bit similar, so they wanted to see how Wu Hao would answer this.
Wu Hao did not panic, but replied with a smile: "This is not surprising, we have studied and learned from this in the process of developing this system.
Of course, compared to the Iron Dome defense system, our lightweight field area air defense system is more advanced and smarter.
Iron Dome Intelligence intercepts rockets and cannot predict the impact point of controlled missiles and suicide attack drones. This technology is actually not difficult, as long as the impact point can be calculated based on the flight trajectory of the rocket.
But our system is different. It can calculate and estimate the landing points or attack targets of incoming missiles and suicide attack drones, so as to carry out selective interception, and this is all done independently by the system.
Runs without human intervention.
So in comparison, our technology is more advanced."
"No matter the flight trajectories of missiles and suicide attack drones are ever-changing, how can we accurately predict their landing points?" An expert with a flower on his shoulder raised his doubts.
Wu Hao looked at the expert and replied with a smile: "You are right. The flight trajectories of missiles and suicide attack drones do change in many stages in the air, and it is difficult to predict their attack targets or landing points.
But it is not impossible. In fact, all ground-attack missiles and suicide attack drones will enter the attack route before attacking the target.
Generally speaking, in order to avoid terminal interception, such targets will increase their speed before attacking. Therefore, by monitoring the flight status trajectories of incoming missiles and suicide attack drones in real time, we can basically
We can estimate its impact point and intercept incoming targets that may pose a threat to our defensive positions."
Will this aspect of the test be conducted during this live-fire target shooting test? This expert obviously still has many questions, but he still wants to see the actual target shooting performance of this lightweight field area air defense system before asking.
But Wu Hao nodded: "Yes, the focus of our test this time is still on the active defense system, so we will conduct interception tests in this area when the time comes."
After hearing his answer, the expert immediately stopped talking. Seeing this, Wu Hao continued to speak.
"Finally, the biggest feature of our lightweight field area air defense system is that it is low-cost, cheap and durable.
The price of this lightweight field area air defense system is very cheap. Compared with ordinary short-range interception systems, the price of this system is very cheap. Therefore, it is suitable for large-scale equipment.
Secondly, it uses an air defense interception drone, which uses low-cost drones to intercept. This air defense interception drone adopts a modular design and is easy to manufacture on a large-scale assembly line, so its price is very cheap.
, its price per piece is even cheaper than individual air defense missiles, so as a consumable, its single interception cost will be very low and it can withstand large amounts of consumption."
