What are the four main types of system software?
System software mainly includes four categories, namely: 1. Operating system, which is the lowest level software and is the bridge between the computer bare metal, applications and users; 2. Language processing program, the computer can only Directly recognize and execute machine language, so to run high-level language programs on a computer, a program language translation program must be equipped; 3. Database management, which is a large-scale software that manipulates and manages databases, and is used to establish, use and maintain databases; 4. Auxiliary programs mainly include editing programs, debugging programs, equipment and connection programs, and debugging programs.
#The operating environment of this tutorial: Windows 10 system, Dell G3 computer.
What are the four main types of system software?
1. Operating system
The operating system manages the computer's hardware devices so that application software can use these devices conveniently and efficiently. It is the lowest level software. It controls all programs running on the computer and manages the resources of the entire computer. It is the bridge between the bare metal of the computer, applications and users. Without it, users cannot use a certain software or program.
The control and management center of the computer system, from a resource perspective, has four functions: processor, memory management, device management, and file management.
2. Language processing program
Compiled software The CPU only completes a very simple operation for each instruction executed. A system software or application software requires thousands or even hundreds of millions of A combination of instructions. Writing software directly using basic instructions is an extremely arduous and difficult task.
Computers can only directly recognize and execute machine language. Therefore, if you want to run high-level language programs on your computer, you must be equipped with a program language translation program. The translation program itself is a set of programs, and different high-level languages have corresponding translation programs. .
3. Database management
The database management system stores large amounts of data in an organized and dynamic manner, allowing people to use these data conveniently and efficiently.
Database management system is a large-scale software that manipulates and manages databases and is used to establish, use and maintain databases.
4. Auxiliary programs
System auxiliary processing programs are also called "software development tools", "support software", and "software tools". They mainly include editing programs and debugging programs. , equipment and connection procedures, debugging procedures.
Related extensions:
The operating system is used to manage computer resources and control the running of programs. Language processing systems are software used to process software languages, such as compilers, etc. Database system is software used to support data management and access, including databases, database management systems, etc.
A database is a set of data that resides in a computer system. The relationship between them is defined by a data schema and described by a data definition language. The database management system allows users to use data as axis items. Software for accessing, using and modifying.
Distributed software systems include distributed operating systems, distributed programming systems, distributed file systems, distributed database systems, etc. The human-computer interaction system is a software system that provides information interaction between users and computer systems according to certain agreements, and can provide users with a friendly human-computer interface.
The functions of the operating system include processor management, storage management, file management, device management and job management. Its main research contents include the structure of the operating system, process (task) scheduling, synchronization mechanism, deadlock prevention, Memory allocation, device allocation, parallel mechanism, fault tolerance and recovery mechanism, etc.
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The difference between system software and application software: 1. System software is used to manage and control computer hardware and software resources, and application software is used to meet specific needs; 2. System software is usually pre-installed in the computer, and users do not need to Self-installed, it runs automatically when the computer starts. The application software needs to be installed and configured by the user. The installation program of the application software can be downloaded from the Internet; 3. The system software is more low-level and is responsible for managing the resources of the entire computer system, while the application software is higher-level. , pay more attention to user needs and experience, etc.

The most important software in system software is the "operating system". In computers, the operating system is the most basic and important basic system software; the operating system needs to handle tasks such as managing and configuring memory, determining the priority of system resource supply and demand, controlling input devices and output devices, operating networks, and managing file systems. and other basic matters.

System software mainly includes four categories, namely: 1. Operating system, which is the lowest level software and a bridge between the bare metal of the computer and applications and users; 2. Language processing program, the computer can only directly recognize and execute machine language , so a computer must be equipped with a program language translation program to run high-level language programs; 3. Database management, which is a large-scale software for manipulating and managing databases, used to establish, use and maintain databases; 4. Auxiliary programs, mainly editors Programs, debuggers, rigging and linking programs, debuggers.

Assembly programs do not belong to application software, but to system software. System software includes the operating system and a series of basic tools (such as compilers, database management, memory formatting, file system management, etc.); and assembly programs refer to translating programs written in assembly language into equivalent machine language programs The translation program is a language processing program.

System software refers to a type of computer software used to manage and control computer hardware resources and provide operating environment and support for application software. It is an important part of the computer system and is responsible for coordinating and managing various computer resources, including processors, memory, disks, input and output devices, etc., as well as providing user interface and operating system functions.

The most important system software is the operating system. The operating system is a computer program that manages computer hardware and software resources. It is the lowest software in the computer system. The operating system controls all computer running programs and manages the resources of the entire computer. It is the bridge between the bare metal of the computer, applications and users. Without it, users cannot use a certain software or program.

System software refers to a system that controls and coordinates computers and external devices, and supports the development and operation of application software. It is a collection of various programs that do not require user intervention. Its main function is to schedule, monitor and maintain computer systems; it is responsible for managing various aspects of computer systems. Independent hardware allows them to work in harmony. The main features of the system software are: it has strong interactivity with the computer hardware system, can schedule and manage shared resources, and can solve coordination problems in concurrent operation processing.

The system software that enables computer hardware to run efficiently is the operating system. An operating system is system software used to manage, manipulate, and maintain various computer resources and enable them to run normally and efficiently. The operating system needs to handle basic tasks such as managing and configuring memory, determining the priority of system resource supply and demand, controlling input and output devices, operating the network, and managing the file system.