A supercomputer is a computer belonging to the highest performance capacity class available at any given time.The unit used for measuring the performance of supercomputers is Flop/s (Floating Point Operations per Second). It shows how many floating point calculations a computer can perform in one second. Floating point refers to a computer’s internal way of representing real numbers. In this representation, the significant figures and exponent of a number are saved separately.
Among the programs used for measuring the Flop/s value, Linpack developed by Jack Dongarra has gained the status of almost a standard. Linpack is used as the benchmark for the TOP500 list of the world’s most powerful supercomputers, which is updated and published on the Internet twice a year.
The architecture of supercomputers has undergone some major changes during their more than 30-year history. Cray 1, released in 1975, is considered the first real supercomputer. That computer introduced a new feature – the vector processor, which meant a crucial improvement in the speed of processing tabular data.
Some scientific problems and processes are so complex that you need Supercomputing power to tackle them! Just what is a supercomputer? Supercomputer is a computer that is among the largest, fastest or most powerful of the computers available. As of late 2007 the fastest supercomputers operate on the order of more than 200 teraflops (that's computer lingo for trillions of operations per second!). And supercomputers are being improved all the time! Soon they will operate on the petaflop-scale (that's one quadrillion operations per second!).
Supercomputers are used to tackle problems that are very complex or problems that would be messy to deal with in the real physical world because they are dangerous, deal with incredibly small things are incredibly big ones! Here's some examples:
Climate researchers model Earth's current and predicted future climate using supercomputers.
Astronomers and space scientists use supercomputers to study the Sun and space weather.
Scientists use supercomputers to simulate how a tsunami would impact a coastline or a given city.
Supercomputers are used to simulate supernova explosions in space.
Supercomputers are used to test the aerodynamics of the latest military planes.
Supercomputers are being used to model how proteins fold and how that folding might affect people that have Alzheimer's Disease, Cystic Fibrosis and many kinds of cancer.
Supercomputers are used to model nuclear explosions, limiting the need for real nuclear testing.
Among the programs used for measuring the Flop/s value, Linpack developed by Jack Dongarra has gained the status of almost a standard. Linpack is used as the benchmark for the TOP500 list of the world’s most powerful supercomputers, which is updated and published on the Internet twice a year.
The architecture of supercomputers has undergone some major changes during their more than 30-year history. Cray 1, released in 1975, is considered the first real supercomputer. That computer introduced a new feature – the vector processor, which meant a crucial improvement in the speed of processing tabular data.
Some scientific problems and processes are so complex that you need Supercomputing power to tackle them! Just what is a supercomputer? Supercomputer is a computer that is among the largest, fastest or most powerful of the computers available. As of late 2007 the fastest supercomputers operate on the order of more than 200 teraflops (that's computer lingo for trillions of operations per second!). And supercomputers are being improved all the time! Soon they will operate on the petaflop-scale (that's one quadrillion operations per second!).
Supercomputers are used to tackle problems that are very complex or problems that would be messy to deal with in the real physical world because they are dangerous, deal with incredibly small things are incredibly big ones! Here's some examples:
Climate researchers model Earth's current and predicted future climate using supercomputers.
Astronomers and space scientists use supercomputers to study the Sun and space weather.
Scientists use supercomputers to simulate how a tsunami would impact a coastline or a given city.
Supercomputers are used to simulate supernova explosions in space.
Supercomputers are used to test the aerodynamics of the latest military planes.
Supercomputers are being used to model how proteins fold and how that folding might affect people that have Alzheimer's Disease, Cystic Fibrosis and many kinds of cancer.
Supercomputers are used to model nuclear explosions, limiting the need for real nuclear testing.
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