The greatest motivation was making things lighter and smaller, so we didn't have to burn as much rocket fuel to put it up there. Since the people who were doing that stuff were so smart, they also figured they might as well make it work faster and use less energy, too. Also, the grants from the government helped motivate people to publish their work and gave them some very cool tools to make the work more efficient. Among other considerations...
Examples of space-age technology include GPS, satellite communication systems, reusable rockets, advanced materials like carbon fiber, space telescopes like the Hubble, and artificial intelligence used for space exploration.
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 space race significantly accelerated advancements in the computer and technology industry, as the need for sophisticated calculations and data processing for missions like those of NASA drove innovations in computing. This led to the development of more powerful computers, programming languages, and technologies such as integrated circuits, which laid the groundwork for modern computing. Additionally, the competition between the U.S. and the Soviet Union spurred government funding and collaboration with private industry, fostering a culture of innovation that extended beyond aerospace into various sectors. Overall, the space race catalyzed a technological revolution that reshaped the landscape of the computer industry.
The reason being is that N.A.S.A does not want to lose millions and billions of dollars in shuttles or crafts so they put computers that can be tracked and remotely controlled so people do not risk their lives in space and so the shuttles/crafts don't get lost in space.
Space exploration led to the development of the Canadarm by NASA engaging Canada to build a robotic arm for the Space Shuttle program. The experience gained from this collaboration helped Canadian engineers acquire expertise in robotics and space technology, leading to the development of the Canadarm for use in further space missions and applications. Space exploration also provided opportunities to test and improve the Canadarm's capabilities in microgravity environments.
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 !
integrated circuit, space blanket, ceramics for heat shields, water recycling
it is a small integrated chip which is internally complex and acquires only small space. it is capable of performing amplification or oscillation based on the feedback provided to it.
Practically all electrical devices include integrated circuits today. Anything from a domestic electric kettle to a space station will include them
As compared to using separate components such as transistors, I guess.An integrated circuit is cheaper to manufacture, it uses less space, uses less energy, and works faster (because of the shorter distances involved). Also, with modern technology it is possible to have millions or even billions of elements (such as transistors) on a single integrated circuit, making it possible to design circuits that would be absolutely impossible without an integrated circuit.
An integrated resistor is a resistor that is manufactured directly onto an integrated circuit (IC) chip. By integrating the resistor onto the chip, space is saved and electrical performance is improved due to shorter connections. Integrated resistors are commonly used in various electronic devices to help control current and voltage levels.
Integrated circuit also called as chips or microchips is a miniaturized electronic circuit made in a thin substrate of semiconductor materials. It consists mainly of semiconductors and passive components of the circuit.
A Microchip is a semiconductor integrated circuit. The function depends on what it is designed to do. It could be a micro processor, memory chip, or digital tuner. It could be used in your wristwatch, microwave oven, cell phone, garage door opener, the space shuttle, or almost anything. Scroll down to related links and look for "Integrated circuit - Wikipedia".
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.
Modern devices use integrated circuits instead of vacuum tubes because integrated circuits occupy less space than vacuum tubes, are more efficient, consumes less energy and are more reliable than vacuum tubes.
Examples of space-age technology include GPS, satellite communication systems, reusable rockets, advanced materials like carbon fiber, space telescopes like the Hubble, and artificial intelligence used for space exploration.
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.