云计算技术与应用需要的电脑软件(云计算技术运用到什么软件)

Demo model: Huawei MateBookX System version: win10

Cloud computer application technology is a type of distributed computing, which refers to " "Cloud" decomposes huge data calculation processing programs into countless small programs, and then processes and analyzes these small programs through a system composed of multiple servers to obtain results and return them to users.

Overview:

"Cloud" is essentially a network. In a narrow sense, cloud computing is a network that provides resources. Users can obtain resources on the "cloud" at any time. , used according to demand, and can be regarded as infinitely expandable. You only need to pay according to usage. The "cloud" is like a water plant. We can receive water at any time, and there is no limit. We pay according to the water consumption of our home. Just give it to the water plant. Broadly speaking, cloud computing is a service related to information technology, software, and the Internet. This shared pool of computing resources is called a "cloud." Cloud computing brings together many computing resources and realizes automated management through software. It only requires a few steps. With fewer people involved, resources can be provided quickly.

The main things to learn in the cloud computing technology application major are as follows:

Computer network technology, Linux operating system, programming basics, database Technology, cloud computing technology foundation, virtualization technology foundation, Web application development, private cloud infrastructure and operation and maintenance, container cloud service architecture and operation and maintenance, public cloud service architecture and operation and maintenance, etc.

Expand knowledge:

1. Professional courses

Basic professional courses: computer network technology, Linux operating system, programming basics, database technology, cloud computing technology Basics, virtualization technology foundation, and Web application development.

Professional core courses: Private cloud infrastructure and operation and maintenance, container cloud service architecture and operation and maintenance, public cloud service architecture and operation and maintenance, cloud security technology application, cloud network technology application, cloud Computing operation and maintenance development, cloud computing application development.

2. Training objectives

Cloud computing technology and applications mainly study basic knowledge and skills in computer software and hardware, networks, information systems, etc., and conduct cloud computing Computing system construction, operation and maintenance, cloud platform software development, testing and evaluation, security configuration, migration services, etc. For example: the construction and application of Cainiao Cloud Warehouse that uses big data to quickly pick and deliver goods, the planning and construction of big data platforms, the research and development of cloud platforms, etc.

This major cultivates the comprehensive development of moral, intellectual, physical, artistic and labor skills, masters a solid scientific and cultural foundation and knowledge of private cloud, container cloud, public cloud and related laws and regulations, and is equipped with cloud computing Capabilities such as operation and maintenance, cloud computing development, and cloud computing technical support. Have craftsman spirit and information literacy, and be able to engage in the deployment and operation of private clouds, container clouds, and public cloud platforms.

High-quality technical and skilled talents for private cloud, container cloud, public cloud application development, cloud computing technical support services, cloud computing related product sales, etc.

3. Employment direction

For positions (groups) such as cloud computing platform deployment and operation and maintenance, cloud computing application development, cloud computing technical support services, cloud computing product sales, cloud computing System construction, information system maintenance, data center maintenance, cloud platform software development, testing and evaluation, security configuration, fault diagnosis and optimization, and information migration services.

Computer software mainly consists of four parts: system software, application software, middleware, programming languages ​​and software development tools.

1. System software: This is the software that manages computer hardware and applications, including operating systems, device drivers, database management systems, etc. System software is the foundation of the computer. It manages and optimizes the use of hardware resources and provides a running environment for upper-layer applications.

2. Application software: This is software used to complete specific tasks or provide specific services, including office software, image processing software, game software, etc. Application software is designed to meet the specific needs of users, help users complete specific tasks or provide specific services.

3. Middleware: This is the software located between the operating system and the application. It is mainly responsible for the communication between the application and the operating system and between the applications. Middleware can provide communication protocols, data transfer formats, and related services to simplify interaction and communication between applications.

4. Programming languages ​​and software development tools: Programming languages ​​are tools used to write and develop software. A programming language defines how programmers communicate with a computer, describing how to solve a specific problem or implement a specific function. Software development tools are tools used to assist software development and maintenance, including integrated development environments (IDEs), compilers, debuggers, etc.

The development of computers:

1. The development of computers can be traced back to the 1940s. In the early stages, computers were built using vacuum tubes as their basic components, hence the name tube computers. As technology developed and needs changed, tube computers were gradually replaced by transistor computers. Transistor computers have greatly improved in terms of size, weight, power consumption and lifespan, and became the mainstream at that time.

2. In the 1960s, the emergence of integrated circuits further promoted the development of computers. Integrated circuits can integrate multiple electronic components onto a single chip, making computers smaller, faster, and more stable. With the continuous upgrading and application of integrated circuits, personal computers (PCs) have become popular and have gradually become an indispensable tool in people's lives and work.

3. With the popularization of the Internet and the advent of the information age, computers have become an important tool for people to obtain, process and transmit information. At the same time, computers have also been widely used in various fields, such as scientific computing, finance, medical care, education, etc.

4. The continuous development of artificial intelligence, big data, cloud computing and other technologies has made the application of computers in various fields more profound and extensive. In the future, with the continuous advancement of technology and the expansion of application scenarios, electronic computers will continue to play an important role and make greater contributions to the development and progress of human society.