Let s talk about the future trend of the development history of computers

The key technology of computers continues to evolve.

In the future, computer technology will develop in the direction of ultra-high-speed, ultra-small, parallel processing, and intelligence. Despite the physical limits, the performance of the CPU, the core component of a computer made with silicon chips, continues to grow. As a model of successful companies driven by Moore's Law, Inter expects to launch a microprocessor with 100 million transistors in 2001 and a microprocessor with 1 billion transistors in 2010 with a performance of 100,000 mips (100 billion instruction seconds).

And supercomputers with 100 trillion operations per second will appear at the beginning of this century. Ultra-high-speed computers will use parallel processing technology to enable computer systems to execute multiple instructions or process multiple data at the same time, which is a key technology to improve computer structure and increase computer running speed.

At the same time, the computer will have more intelligent components, it will have a variety of perception capabilities, a certain ability to think and judge, and a certain ability to speak natural language. In addition to providing natural means of input (e.g., voice input, handwriting input), various interactive devices have emerged that allow people to feel immersive, and virtual reality technology is the epitome of developments in this field.

The storage capacity of traditional magnetic storage and optical disc continues to rise, and new mass storage technologies tend to mature, with new memory storage capacity of up to 10TB per cubic centimeter (based on 300,000 words per book, it can store about 15 million books). The permanent storage of information will also become a reality, and millennium memory is being developed, which can be anti-interference, anti-high-temperature, shock-proof, waterproof, and anti-corrosion. If so, a large number of today's documents can be preserved in their original form and will be passed down for generations to come.

The future of computers is full of uncertainties. Dramatic improvements in performance are undeniable, but there are multiple ways to achieve them. However, the substantial increase in performance is not the only route for the development of computers, the development of computers, too.

Hello, I hope my answer can help you.

1. The first generation: tube digital machine (1946-1958).

Features: large size, high power consumption, poor reliability. Slow (typically thousands to tens of thousands of operations per second), expensive, but laid the foundation for future computer development.

2. The second generation: transistor digital machine (1958-1964).

Features: Reduced size, reduced energy consumption, improved reliability, increased computing speed (generally 100,000 times per second, up to 3 million times), and greatly improved performance compared to the first generation computer.

3. The third generation: integrated circuit digital machine (1964-1970).

Features: Faster speed (generally millions to tens of millions of times per second), and reliability has been significantly improved, ** further declined, and the product has moved towards generalization, serialization and standardization. The application field began to enter the field of word processing and graphic image processing.

4. The 4th generation: large-scale integrated circuit machine (1970 to present).

Features: In 1971, the world's first microprocessor was born in Silicon Valley, ushering in a new era of microcomputers. The application field has gradually moved from scientific computing, transaction management, and process control to the home.

Computer science has always been a popular major in people's mouths, and in recent years, computer majors in colleges and universities have also been expanding. With the development of the Internet, the shortage of computer professionals has not been effectively alleviated. Computer employment direction Software direction, software employment direction includes software development, software architect, software testing, application software (including mobile phone programs) debugging, operation, testing, maintenance and quality management and other technical positions.

With the progress of science and technology and the development of information industry, especially the development of computer technology and the gradual popularization of network applications.

The prospects for computer development are still good, but it also depends on which major you are studying in computer science, and whether you are proficient or not, the higher the certificate, the easier it is to find a job, no matter which major you are studying, as long as you learn to be proficient, it is very good. Computers are still evolving.

So in general, the development of computer majors, the future development trend is still very good, in the future, the development of computer majors will still be very good, because now people's lives are inseparable from computers, people's lives and work are inseparable from computers, so the future development trend will still be very good.

Hello classmates, discuss the direction and trend of future computer development today as follows, computer leakage refers to the rapid development of science, and the future development of computer will be more advanced. In the future, the direction of computer development will pay more attention to artificial intelligence technology, and speech recognition, natural language processing, real-time information processing and data analysis will be greatly developed. In addition, emerging areas such as cloud computing, Internet of Things, artificial intelligence security, and quantum computing will also become important directions for future development.

1.Mega Mega refers to the development of supercomputers with high speed, large storage capacity and powerful functions in order to meet the needs of cutting-edge science and technology. As people become more and more dependent on computers, especially in the military, scientific research and education, the requirements for computer storage space and running speed will become higher and higher.

2.Miniaturization With the advent of microprocessors (CPUs), microprocessors began to be used in computers, making computers smaller in size and less expensive. On the other hand, the rapid development of the software industry has improved the convenience of the internal operating system of the computer, and the external equipment of the computer has also tended to be perfect.

Computer. 3.Networked The Internet has been connecting computers all over the world together, and since then it has entered the Internet age. Computer networking has completely changed the human world, and people communicate and exchange (OICQ, Weibo, etc.) through the Internet, share educational resources (literature review, distance education, etc.), and consult information.

4.Artificial Intelligence Artificial intelligence of computers is an inevitable trend in the future. Modern computers are powerful and fast, but their intelligence and logic capabilities still need to be improved compared to the human brain.

Human beings are constantly exploring how to make computers better reflect human thinking, so that computers can have.

5.Diversification The information processed by traditional computers is mainly characters and numbers. In fact, people are more accustomed to a variety of forms of information, such as text, sound, and image.

Learning technology is now very common, we all know that the current society either has academic qualifications, or technology, without education and technology, it is difficult to have great development. However, there are also many technical majors, and many people don't know how to choose, so what should junior high school students study? The following majors are worth referring to in terms of employment prospects and development space.

1. Software programming.

Software programming usually refers to programmers, programmers are engaged in program development, program maintenance of grass-roots staff, programmers are generally divided into program designers and program coders, but the boundary between the two is not very clear, their job responsibilities are as follows:

1. Responsible for the project manager, responsible for the detailed design, coding and organization and implementation of internal testing of software projects, concurrently serving as system analysis for small software projects, and completing the implementation and technical support of assigned projects.

2. Assist the project manager and relevant personnel to communicate with customers and maintain good customer relations.

3. Participate in demand research, project feasibility analysis, technical feasibility analysis and demand analysis.

4. Familiar with and proficient in the software technology related to the software project developed by the delivery software department.

5. Responsible for timely feedback to the project manager on the situation in software development, and put forward suggestions for improvement according to the actual situation.

6. Participate in the solution of major technical problems in the process of software development and maintenance, participate in the first installation and commissioning of software, data cutover, user training and project promotion.

7. Responsible for the formulation of relevant technical documents.

8. Responsible for the analysis and research of technological development trends in the business field.

2. Animation major.

Animation professionals are high-level applied professionals who have a high cultural and artistic accomplishment and strong ability in the design, originality and production of film and television animation and comics, and can adapt to the work in the fields of animation and art production, film and television, advertising, publications, networking, multi-software production, computer game development and other fields.

It depends.