Charles Babbage Mathematician
The English inventor Charles Babbage researched the laws of common-use digital computers nearly a century before the invention of the state-of-the-art electronic calculating machine. It was able to perform all the functions attributed to modern calculators (although not as fast as this “analytics engine” did not run electronically).
Unfortunately, the technology of the nineteenth century was not so advanced. Sobabage could not complete the development of the analytical engine, although he spent a lot of time and money on this project. After his death, his extraordinary ideas were almost forgotten.
In 1937, Bward-H. Aiken carefully read Babbage’s writings, “Jobbard was a university student.”
Aiken himself was trying to develop a calculator machine. He was inspired by Babbage’s ideas. With the help of IBM, Aiken developed the Mark I machine. It was the first computer in general use. Later, a team of inventors and engineers developed the ENIAC, the first electronic counting machine.
Since then, the pace of development in computer technology has accelerated.
Calculating machines have had a profound effect on the world, and will intensify in the future. In this context, I was moved to include the name Charles Babbage in the main body of this book. Aiken Yajan Maukli and JP Eckert (who are important names in the development of ENIAC) in the development of computers.
That is why Babbage’s three predecessors, Rلیbelis Pascal, Gottfried Leibniz, and Joseph Marie Jacquard, can be compared to Babbage. The instrument was developed in 1671 by the philosopher and mathematician Gottfried Wilhelm von Leibniz, who used addition, subtraction, multiplication and division.
Leibniz was the first man to insist on the usefulness of binary system. It is a system of symbols used in modern arithmetic devices.
Jacquard, a Frenchman, adopted a technique in the early nineteenth century that used perforated cardboard to control the process of making a machine. The Jacquard machine was a commercial success.
It influenced Babbage’s method. It also influenced American Hermann Hollorth, who adopted the method of piercing the census table in the late nineteenth century.
More than one person is responsible for the development of modern computers. Although all of these people are included in the list, but no one is taller than the other.
