Vol 3 Chapter 2145: Semi-automatic attack mode VS fully automatic attack mode

Speaking of this, Zhou Yonghui slid the transparent folding screen in his hand, and the large screen behind the three medium-sized unmanned intelligent vehicles displayed relevant data about this medium-sized unmanned intelligent vehicle.

Pointing to the data on the big screen, Zhou Yonghui continued to preach to the crowd.

"Similarly, our medium-sized unmanned intelligent combat vehicle is also divided into two control modes, one is a semi-automatic mode and the other is a fully automatic mode.

Of course, if special needs, it can also be switched to manual mode completely. However, the manual mode requires personnel to fully control it by themselves, which is very difficult to control, and is generally only used for emergency use in special circumstances. "

Having said that, Zhou Yonghui swiped the content on the screen, and then continued to speak to the crowd: "Semi-automatic mode, as the name suggests, is to use people and system equipment to work together to control and use.

The operator needs to issue combat instructions to the medium-sized unmanned intelligent combat vehicle according to the commander's combat intention, such as giving instructions to let it move along a specific line or to a designated target.

The operator can let the vehicle adjust its own travel speed and specific travel route according to the surrounding conditions during the entire travel process, and can also control it by itself.

During the journey of the medium-sized unmanned intelligent combat vehicle, the intelligent combat subsystem in the vehicle-mounted intelligent unmanned control system will detect the surroundings of the medium-sized unmanned intelligent combat vehicle through the vehicle's new-generation lidar, 4D millimeter-wave radar, and a compound lens. 360-degree panoramic environment situation.

Detect and scan all suspicious targets around the vehicle and perform intelligent identification. Through AI, identify those false targets and our and friendly, as well as those enemy targets.

Then, the detected and identified enemy targets are scanned and identified again to verify their identity, and then locked and marked, so as to be displayed on the control terminal of the rear operator. And the attack order is sorted according to the danger level.

The rear operators may need to confirm whether to launch an attack based on the enemy target data returned by the medium-sized unmanned intelligent combat vehicle.

The operator can terminate the attack at any time, terminate the mission, or change the attack information.

For example, some enemy personnel disguise themselves as our personnel to conduct operations. At this time, the intelligent combat system cannot judge and identify the identity. At this time, the rear control personnel are required to identify and identify. Once it is confirmed that the opponent is an enemy person, the operator can change the attack target and lock it to launch an attack.

Similarly, on the battlefield, there will be many of our personnel wearing enemy clothing called enemy vehicles for reconnaissance or special operations missions. In the semi-automatic mode, the medium-sized unmanned intelligent chariot will not initiate an attack, wait for the operator behind to confirm the identity, and then mark it and add it to the trust whitelist.

In this way, even if the medium-sized unmanned intelligent combat vehicle encounters these people again, it can identify and avoid accidental injuries.

It can be seen that the semi-automatic combat mode is mainly used in some complex battlefields where the forces of the enemy and the enemy are intertwined. One advantage of doing this is that it can greatly avoid accidental launch and improve the safety and reliability of the equipment.

Of course, it also creates some problems. For example, this method of being controlled by the rear remote command is easily interfered and affected by the complex electromagnetic environment, and may even occur in situations such as chain disconnection. "

"As for the fully automatic mode, as the name implies, the entire battle process is fully responsible for the intelligent combat subsystem in the vehicle-mounted intelligent unmanned control system. The rear controllers, or accompanying combatants, only need to use the control terminal or other equipment to Just issue the relevant instructions.”

Zhou Yonghui changed his tone and introduced to the crowd.

"In the fully automatic mode, the operator or commander only needs to issue relevant combat instructions, and the rest are left to the medium-sized unmanned intelligent combat vehicle to make autonomous decisions and fight autonomously.

For example, the on-site commander issued an order to order the medium-sized unmanned intelligent combat vehicle to advance from point A to the target point B. During the journey, it needs to pass through points C and D, and eliminate and destroy all enemy personnel and vehicles during the journey. , fortifications, etc.

After receiving the instruction, the medium-sized unmanned intelligent chariot immediately begins to operate. It will follow the order and travel along the relevant route, and begin to destroy and destroy the detected enemy personnel, vehicles, fortifications and so on. After finally arriving at the target point B, hide on the spot, while guarding, waiting for follow-up combat instructions.

During the whole process, there is no need for the intervention of rear operators, and the vehicle performs combat tasks completely autonomously. It will use the 360 ​​panoramic situational awareness system mounted on the car to perceive the surrounding environmental situation information, and scan the data information of nearby people, vehicles, and fortifications.

Then, among the scanned personnel, identification and analysis are performed to distinguish those who are civilians, those who are our own personnel, those who are enemy personnel, and militants. That part is civilian vehicles, that part is enemy armored vehicles, or civilian vehicles that have been modified to erect weapons, and there are local military fortifications set up in those places.

Then, according to the danger level and importance level of enemy personnel, armed elements, armored combat vehicles and military fortifications, the attack sequence is selected, and the targets that are most threatening to the medium-sized unmanned intelligent combat vehicle and our troops are prioritized, and those The most valuable enemy target.

Of course, this attack sequence can also be set artificially, because different tasks have different attack targets. Some missions may be carried out under the premise of focusing on their own safety~www.readwn.com~ and others, it is to destroy enemy targets at all costs.

The performance of the two in the unmanned combat system is different. The former will save itself first, and then perform related combat tasks. In other words, protecting yourself comes first.

As for the latter, the mission is the first, destroying the target at all costs, even if it is to die with the target. In the cruel battlefield, we need the wisdom to keep our own safety, and we need the courage to sacrifice ourselves.

Of course, this has no effect on medium-sized unmanned intelligent combat vehicles. How to choose depends on the commander's choice. If the commander believes that the target to be attacked is important enough to destroy the enemy at the expense of the medium unmanned vehicle, then the mission priority can be selected. "

Having said this, Zhou Yonghui took a slight breath, and then continued to speak to the crowd.

In addition, in automatic mode, multiple medium-sized unmanned intelligent combat vehicles can form a regional cluster attack system on the battlefield, and data and information can be shared among them, and the detection of multiple medium-sized unmanned intelligent combat vehicles can be synchronized. real-time dynamic information, and unified coordination processing.