Who is the father of computers in China?

If Dong is recognized as the father of Chinese computers, the attention and influence will be very great, then his life will be greatly affected, and some darkness will not be able to hide it! So he can't be!

The father of China's computer is Ci Yungui, because he was the first to build and put into use in China.

Looking at others, Dong Tiebao is actually abroad and participated in the research and development of the world's first computer, and did not participate in the research and development and creation of computers in China, so if the father of China's computer is undoubtedly Ciyungui.

Tzu Yun Gui is recognized as the father of Chinese computers.

Tzu Yungui is a computer expert and educator. Academician of the Chinese Academy of Sciences. One of the pioneers of computer science and technology in China.

The father of the computer was von Neumann.

He was a Hungarian-American mathematician, computer scientist, physicist, and one of the most important mathematicians of the 20th century. Von Neumann is one of the scientific all-rounders in the fields of modern computers and game theory, and is known as the "father of computers" and "the father of game theory".

Von Neumann co-authored Game Theory and Economic Behavior with Oskar Morgenstern in 1944, which is a foundational work in the discipline of game theory.

In his later years, von Neumann turned to the theory of automata, and wrote the book "Computers and the Human Brain" (1958), which accurately analyzed the human brain and computer systems, and provided the basic solution for the development of electronic digital computers.

His other major works include The Mathematical Foundations of Quantum Mechanics (1926), The Operator Method of Classical Mechanics, and Continuous Geometry (1960).

Personal Achievements:

Von Neumann was one of the most important mathematicians of the twentieth century, with outstanding contributions to both pure and applied mathematics. His work can be roughly divided into two periods: before 1940, it was mainly purely mathematical research

In terms of mathematical logic, a simple and clear ordinal number theory is proposed, and a new axiomatic theory of set theory is proposed, in which the distinction between sets and classes is clearly distinguished.

Subsequently, he studied the theory of linear self-adjoint operator spectra on Hilbert spaces, thus laying the mathematical foundation for quantum mechanics. From 1930 onwards, he proved the average ergodic theorem, which opened up a new field of ergodic theory.

In 1933, he used the compact group to solve Hilbert's fifth problem; In addition, he made seminal contributions to measure theory, lattice theory, and continuous geometry; From 1936 to 1943, he collaborated with Murray to create the operator ring theory, the so-called von Neumann algebra.

The father of the computer was John Von

Neumann, 1903-1957), originally from Hungary, received a Ph.D. in mathematics from the University of Budapest, and is known as the "father of computers" and the "father of game theory". Von Neumann was one of the most important mathematicians of the 20th century, one of the most scientific generalists in the fields of modern computers, game theory, nuclear and biochemistry.

Who is the father of computers? Let's find out.

The father of the computer is John von Neumann (1903-1957), originally from Hungary, with a doctorate in mathematics from the University of Budapest. Von Neumann was one of the most important mathematicians of the 20th century, one of the most scientific generalists in the fields of modern computers, game theory, nuclear and biochemistry.

The computer is one of the most advanced scientific and technological inventions of the 20th century, and it is one of the important symbols of mankind's entry into the information age. Computers have had an extremely important impact on human production and social activities, and have developed rapidly with strong vitality, and their applications have expanded from the initial military scientific research applications to all fields of society.

That's all for today's sharing, I hope it can help you.

Johann von Neumann is a Hungarian-American mathematician, physicist, and computer scientist.

The father of Chinese computers is Dong Tiebao.

In the 10 years from 1956 to 1966, China's computer industry was still in the entrepreneurial stage, and the term computer science had not yet been formed. Dong Tiebao works in the Institute of Computing Technology of the Chinese Academy of Sciences and the Department of Computational Mathematics of Peking University, from computational mechanics and computational mathematics to programming and computer design principles.

In the stage of computer entrepreneurship, some people learned that Dong Tiebao had come into contact with the Iliak machine abroad, so they also consulted him in the design of computers. Gradually, Dong Tiebao also showed his talent in machine design. In 1958, Peking University began to manufacture the first electronic computer, and received his active support and specific guidance.

Through the manufacture of this small machine, a team of technicians has been trained.

Dong Tiebao is the first programmer in China.

Academician of the Chinese Academy of Sciences - Ci Yungui, Ji is a great computer expert and educator.

The father of computers was Johann von Neumann.

Feng. The main idea of the basic working principle of the computer described by Neumann is program storage.

The principle of stored programs is also known as the "von Neumann principle" (proposed in 1946). A design principle that stores programs in a computer's internal memory like data. Once the program is stored in memory, the computer can automatically move from one instruction to another.

Modern electronic computers are designed according to this principle.

The von Neumann structure, also known as the Princeton structure, is a memory structure that combines program instruction memory and data memory. The program instruction storage address and the data storage address point to different physical locations of the same memory, so the program instruction and data width are the same, such as the program instruction and data of Intel's 8086** processor are both 16 bits wide.