What does EDSAC mean in ELECTRONICS
EDSAC stands for Electronic Discrete Storage Automatic Computer. It was one of the world's first electronic computers, and it became operational in 1949 at the University of Cambridge.
EDSAC meaning in Electronics in Academic & Science
EDSAC mostly used in an acronym Electronics in Category Academic & Science that means Electronic Discrete Storage Automatic Computer
Shorthand: EDSAC,
Full Form: Electronic Discrete Storage Automatic Computer
For more information of "Electronic Discrete Storage Automatic Computer", see the section below.
Development
EDSAC was designed by a team led by Maurice Wilkes. It was a stored-program computer, meaning that it could store both its program and data in its memory. This made it much more versatile than earlier computers, which had to be rewired for each new program.
Features
EDSAC had a number of features that were advanced for its time. These included:
- A 32-bit word length
- A magnetic drum memory with a capacity of 512 words
- A paper tape reader and punch
- A cathode ray tube display
Applications
EDSAC was used for a variety of scientific and engineering applications, including:
- Solving differential equations
- Performing statistical analysis
- Simulating physical systems
Impact
EDSAC had a significant impact on the development of computer science. It was one of the first computers to be used for practical applications, and it helped to establish the stored-program concept as the standard for computer architecture.
Essential Questions and Answers on Electronic Discrete Storage Automatic Computer in "SCIENCE»ELECTRONICS"
What is EDSAC?
EDSAC (Electronic Discrete Storage Automatic Computer) was the first electronic stored-program computer successfully built. It was developed at the University of Cambridge by Maurice Wilkes and his team.
When was EDSAC built?
EDSAC was built between 1946 and 1949, becoming operational in May 1949.
What was EDSAC used for?
EDSAC was used for various academic and scientific purposes, including solving mathematical problems, simulating physical systems, and processing data. It was also used for early research in artificial intelligence and compiler design.
How did EDSAC store and retrieve data?
EDSAC used a mercury delay line memory to store both programs and data. The delay line consisted of a long tube filled with mercury, in which acoustic pulses represented the binary digits (bits).
What was the significance of EDSAC?
EDSAC was a significant milestone in the history of computing as the first working stored-program computer. It demonstrated the feasibility of storing both programs and data in the same memory and paved the way for the development of modern digital computers.
Final Words: EDSAC was a pioneering computer that played a major role in the development of computer science. Its design and features were advanced for its time, and it helped to establish the stored-program concept as the standard for computer architecture.
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