Responsible for the command and control of the entire electronic computer system is .

Including information collection subsystem, information transmission subsystem, information monitoring subsystem, execution subsystem. The command and control system is an information-based command and control system in the army's command system that combines computer-centered technical equipment with command personnel, comprehensively uses modern science and technology and equipment, and closely links command, control, communications, intelligence, and information to form a multifunctional unified system.

Command and control systemThe informationized command and control system is an important high-tech military equipment system and one of the main symbols of the military's informationization, and its basic function is to realize the automation, real-time, and precision of battlefield command.

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Practice has shown that only by establishing and effectively using an information-based command and control system can we give full play to the effectiveness of the comprehensive operational splitting of combat units and equipment. Therefore, the information-based command and control system has been highly valued by the countries and armies and has developed rapidly.

The command and control system is a core system that can meet the needs of commanders in the process of operations, and can simultaneously grasp important information such as equipment, software, intelligence and personnel, which is referred to as C2 in English.

Command and control must rely on two-way communication connections, and with the development of science and technology, it has gradually included the paradigm of intelligence and reconnaissance, and gradually developed into an intelligence, command, control and communication system, referred to as the C3I system.

The controller is the part of the command computer that coordinates the work according to the functional requirements of the instruction, is the nerve center and command center of the computer, and is composed of three parts: the instruction register IR, the program counter PC and the operation controller 0C, which is extremely important for coordinating the orderly work of the entire computer.

3. Where the information starts, which register or multi-channel switch passes through in the middle, and which register it finally transmits to must be controlled. The task of establishing a data path between the registers is done by a component called an "operating controller".

The function of the operation controller is to generate various operation control signals according to the instruction operation code and timing signal, so as to correctly establish the data path, so as to complete the control of taking instructions and executing instructions.

The component that is responsible for the command and control of the entire computer system is the ** processor, also known as the CPU.

The command and control component of the computer system is the ** processor or CPU for short.

The controller is the command center of the whole computer, which is responsible for taking out the instructions from the memory, and generating a series of control signals after analyzing and judging the instructions, so as to control the automatic and continuous work of each part of the computer. The main components inside the controller are as follows:

1. Instruction register: store the instructions obtained by the memory.

2. Decoder: translate the opcode in the instruction into a control signal.

3. Timing Beat Generator: Generate timing pulse beat signal, so that the computer can work rhythmically and orderly.

4. Operate the control components: combine the control signals and control each component to complete the corresponding operation.

The controller is composed of program status register PSR, system state register SSR, program counter PC, instruction average memory, etc., as a "decision-making body", its main task is to issue commands, and play a role in the coordination and command of the operation of the entire computer system. There are two main types of control, namely combined logic controllers and microprogram controllers.

The controller is the basic unit that controls the operation and operation of the computer. Each combinator requires a separate controller to control (including storage, inputs, and outputs), and each such basic unit can be considered a basic "computer". These "computers" are then combined into a processor through the control system.

A computer hardware system consists of combinators, controllers, memories, input devices, and output devices.

The controller is the command center of the entire computer system, which is responsible for analyzing the instructions, and according to the requirements of the instructions, sending control signals to each component in an orderly and purposeful manner, so that the various components of the computer can work in harmony.

A computer system consists of a hardware (sub)system and a software (sub)system. The former is an organic combination of various physical parts composed of electricity, magnetism, light, machinery and other principles, and is the entity on which the system works.

Answer]: B memory is a device that stores programs and data; The controller is the command center of the computer of the judgment family, which makes all parts of the computer work automatically and coordinatedly; Combinators are components that perform calculations on data; Registers are storage units in the CPU, high-speed storage components with limited storage capacity, which can be used to temporarily store finger orders, data, and addresses. Keijo hood.

Answer]: A test point] The content of the controller macro.

Analysis] The part of the Ming family that is responsible for commanding and controlling all parts of the computer to work automatically and in coordination is the controller. The controller is the nerve center and command center of the entire computer, and its role is to ensure that all parts of the entire computer system work in an orderly manner.