The Space Race - was a 'competition' between Russia and america - to (1) put a man into space and (2) land a man on the moon. In order to do this - both countries had to speed up the development of technology in order to ensure the safety of their respective astronauts. Up until the start of the space-race, computers were huge banks of valves - which were replaced by the newly developed silicon chips.
By today's standard though - the whole computer system inside the Apollo rocket - could fit on a single modern Integrated Circuit !
forget about outer space...a lot of indoor space.
Yes, space shuttles carry onboard computers to help control various systems like navigation, life support, and communication. These computers are essential for ensuring the shuttle operates safely and effectively in the harsh environment of space.
The main driving factor for the development of computers was the needs of the United States defense department. The second driving factor was the United States space program.
Space Generation Advisory Council was created in 1999.
The first computer had no direct contact with the moon landings. The development of computers had a great effect on space missions and of course that development started with the first computer.
Computers are essential in space research for processing vast amounts of data collected from telescopes, satellites, and space missions. They run simulations to model cosmic phenomena, such as the formation of galaxies or the behavior of black holes, helping scientists understand complex processes. Advanced algorithms and machine learning techniques analyze images and signals from space, identifying patterns and anomalies. Additionally, computers control spacecraft systems and manage mission logistics, ensuring successful operations in the challenging environment of space.
First Generation Computers refer to ones with vacuum tubes and were really huge and required vast amounts of electricity. The programming was very limited and very complex USN machine language. Usually they were hardwired and the applications very limited. Second Generation Computer were built using transistors that were much smaller and required less power and space. General Purpose program languages were developed that could be moved from 1 computer to the next.
yes, on space shuttle, space station, Apollo, Saturn and Mercury missions, Soyuz and Mir, artificial satellites and orbitors. LOTS of computers up there.
Every genration has advantages over other genration of computers, second generation of computers are in small in size as compared to first generation of computers, as well as faster in speed and more reliable, so as third genration of computers are more faster than ist and 2nd generation of computers, fast in speed, more reliable, more commercial use, less heat generation..... simpliarly 4th generation of computers are fastest than all the three generation of computers and more reliable, network fascilities and etc..... Naveed Rehman Pakistan
Miniaturization in computer generation refers to the process of making electronic components smaller and more compact while increasing their functionality and performance. This trend has enabled the development of more powerful devices with greater processing capabilities, such as smartphones and tablets, while reducing space and energy consumption. It has also facilitated advancements in technology, allowing for the integration of more components on a single chip, leading to the evolution from large mainframe computers to modern microcomputers.
First Generation Computers refer to ones with vacuum tubes and were really huge and required vast amounts of electricity. The programming was very limited and very complex USN machine language. Usually they were hardwired and the applications very limited. Second Generation Computer were built using transistors that were much smaller and required less power and space. General Purpose program languages were developed that could be moved from 1 computer to the next.
with computers and devices