A cloud.
Speed/Processing Power. Megahearts or Gigahertz
Processing power is generally measured in Hertz, with most modern computers running into the Gigahertz. Processing power is more complicated though, with concepts like MIPS, Flops an pipelining.
no. but a washing machine does.
Computers all differ in the features that they offer. Computers offers storage space, operating system, processing power, memory, display and network connectivity.
They don't. Almost all new computers ship with Vista. The only ones that do not are netbooks, which lack the processing power to run Vista properly.
Computers with above normal processing power are used to analyse large sets of data. So effectively. Yes.
Computers are not smart. They can not learn and all they do is execute commands given to them by a user. Smartness and Processing Power are two completely different things.
It is not a comepletely ridiculous scenario. It may be that they will. Computers are becoming more and more intelligent at an exponential rate. Their processing power is already greater than that of the human brain. If computers develop a sense of awareness and intuition, then there will be a new dominant species on the planet. Or perhaps we will somehow combine and become one with the machines, such as injecting nanites into our systems, to become a new species even greater than the AIs alone could be.
No, Super computers are still digital machines processing a larger number of instructions or sets of instructions through higher processing power available by better chips or coupled processors
Microcomputers are classified based on their processing power, memory capacity, and physical size. They are often categorized as personal computers (PCs) and include desktop computers, laptops, and tablets. Additionally, they can be classified as single-board computers, which are full-fledged computers on a single circuit board.
Robert Jeffrey Power Scott has written: 'Computers for developing countries' -- subject(s): Electronic data processing, Industrial management
Computers in the 1950s were much slower compared to modern computers. They had processing speeds measured in kilohertz (thousands of cycles per second) or even less, whereas today's computers commonly operate in gigahertz (billions of cycles per second). The average processing power was limited by the technology of the time, with rudimentary transistor-based machines that were much less powerful than today's silicon-based processors.