Which of the following does not belong to the Aegis combat system subsystem

Which of the following does not belong to the "Aegis" combat system subsystem is the C option electronic countermeasures subsystem.

The "Aegis" combat system is mainly composed of a multifunctional phased array radar subsystem, a command and decision-making subsystem, and a first-class control subsystem.

The command and decision-making subsystem is the core of the "Aegis" combat system, which is mainly responsible for mission planning and decision-making, combat readiness duty and alert command, and the organization and operation of the combat system.

The control subsystem is mainly used for aiming, tracking and firing targets, and can classify and prioritize targets as needed.

However, the electronic countermeasure subsystem is a unified and coordinated whole composed of several electronic countermeasure equipment in order to accomplish a specific electronic countermeasure task, and does not belong to the "Aegis" combat system subsystem.

In order to cope with the threat of saturation attacks on surface combat systems by a large number of Soviet anti-ship missiles, the US Navy.

The proposal for an "Advanced Surface Missile System" was developed and renamed the Airborne Early Warning and Ground Integration System in December 1969, an acronym that happens to be Greek mythology.

Aegis of Middle Zeus.

The electronic countermeasures subsystem does not belong to the Aegis combat system subsystem.

The electronic countermeasure system is a unified and coordinated whole composed of a number of electronic countermeasure equipment in order to accomplish a specific electronic countermeasure task. Generally, it is composed of reconnaissance and sensing equipment, display operation equipment and jamming execution equipment, as well as communication, command, control and other equipment. The larger system is composed of several subsystems, each of which has a certain independent working capacity and specific functions.

The performance of electronic countermeasures systems is often constrained by conditions such as installation, use, and cost. Using the theory of systems engineering and considering various factors, the best solution can be derived.

For example, the electronic countermeasures system used for combat aircraft, how to make the system perform optimally in conditions of weight and volume constraints. When the performance of the electronic countermeasure system is optimal, the defense efficiency is minimum.

If the performance indicators of the electronic countermeasures system (such as jamming power, antenna gain, detection sensitivity, system response speed, etc.) are x1, x2 ,...，xi,…, xm, a total of m. When the performance of the defense system is constant, the defense efficiency e is a function of xi, e=e(x1,x2,...,xi,…,xm )

Wrong. The core is a phased array radar.

Aegis combat system.

The work started with the AN SPY 1A multifunctional phased array radar. The radar emits hundreds of narrow beams to continuously scan the hemispherical airspace centered on the ship's platform.

Aegis combat system.

Officially named the MK7** system, it is the world's first all-digital carrier-based combat system. It is the US Navy.

The first decision-making assistance system and the most important integrated combat system for surface ships in service.

The development of the Aegis combat system began in December 1969, a prototype was completed in 1973, and the Aegis combat system was officially launched in 1981.

This system reflects the level of science and technology in the United States in the 80s of the 20th century, and develops simultaneously with the world's advanced science and technology. Aegis combat system.

excluding missiles) costs about $200 million each.

Since 1983, the system has been mainly armed with Ticonderoga-class cruisers and Arryburke-class destroyers.

Japan's Kongo-class and Atoka-class destroyers, South Korea's KDX 3-class destroyers, and the Spanish Navy's F100-class frigates.

Which of the following does not belong to the "Aegis" combat system subsystem is () Shen Sui Block.

a.Multifunctional phased array radar subsystem.

b.Electronic countermeasures subsystem Kuanhu.

c.Command and decision-making subsystems.

d.**Control subsystem.

Correct answer to the case of the bird: b

Which of the next is not part of the "Aegis" combat system subsystem: the electronic countermeasures subsystem.

The Aegis combat system has:

1. The MK-1 command and decision-making system focuses on operational command functions.

2. MK-1 Aegis display system.

3. The MK-1 control system has both operational command and control functions.

4. The AN SPY-1 multi-functional phased array radar subsystem responsible for the main detection functions of the whole ship.

5. MK-1 operation preparation and detection system.

The "Aegis" combat system is the successful application of systems engineering principles by the US Navy in the coordinated development of many fields such as the electronics industry, information technology, and automatic control technology. The system has more than 840 individual units, including 19 UYK-7 computers and 20 UYK-20 computers, as well as 22 tactical displays (including those used by formation commanders).

The Aegis combat system has the following main features:

1. It can form a long, medium and near defense circle that connects with each other to effectively intercept aircraft and anti-ship missiles with different ranges.

3. It can effectively determine the position of dust at the same time, identify, follow and intercept dense targets in the air, water and underwater from different directions and altitudes, and has the ability to resist saturation attacks.

4. The system has a strong ability to adapt to collisions, and can work reliably in the environment of meteorological clutter, wave clutter and electronic interference.

5. Using a variety of electronic warfare means, it can work normally in severe electronic interference, sea surface mirror clutter and harsh environments.

6. There is a special detection and monitoring system to improve reliability and maintainability, and the system performance is reliable during the 40 to 60 days of offshore use without logistics support; The overhaul period is 4 years.

7. There is a data link to expand the information of the system and provide information for the formation.

What does not belong to the Aegis combat system subsystem is the electronic countermeasures subsystem. The electronic countermeasure subsystem is composed of the electronic countermeasure equipment, which is a coherent and coordinated whole, and the existence of the electronic countermeasure subsystem is to complete a specific electronic countermeasure task.

The electronic countermeasure subsystem is composed of six parts, namely: detection and friction sensing equipment, display operation equipment, jamming execution equipment, communication equipment, command equipment and control equipment.

The performance of the electronic countermeasure subsystem is restricted by the conditions of installation, use, and cost, and the performance of the electronic countermeasure subsystem is examined from ten aspects.

Several subsystems are grouped into a larger system, and each subsystem has a certain ability to work independently, imitating bridges and specific functions, and does not interfere with each other but cooperates with each other.

Operating environment

Brand model: general

System version: General