Anime girl sitting at a desk with multiple monitors and a keyboard
![supercomputer、A computer with large-scale, high-speed computing power for scientific and technical computing purposes.、What is a supercomputer?、A large-scale computer whose main purpose is scientific and technical calculations.[1]。Aims to achieve large-scale, high-speed computing power。Equipped with hardware and software optimized for this purpose。
In addition、The term supercomputer refers to a device that has general-purpose computing power through programming.。Even if the device has high computing power,、For example, for many-body problems「GRAPE」Calculators whose purpose is limited to exclusive use, such as, are classified as special purpose computers.。
Regarding hardware、Increasing the speed and capacity of arithmetic processing units、Larger capacity and faster memory capacity during calculations、Characteristic is the memory sharing method between processing units.。Equipped with other arithmetic processing units specific to vector calculations, etc.、Hardware methods specific to the operations being handled may be adopted.。Also、High computational power is achieved through large-scale, high-speed switching operations of electronic circuits responsible for arithmetic processing.、Power supply equipment that can handle large amounts of power consumption and heat generation、Requires heat exhaust/cooling mechanism。
As a software、A method suitable for parallel calculation processing will be adopted as the amount of arithmetic processing units increases.。It is optimization of the problem solving method itself、Application level algorithm in its program implementation、This is done at multiple layers, such as the program compiler stage.。
As an example of how supercomputers are used、Structural analysis that examines the mechanics of structures in the mechanical, civil engineering, and architectural fields based on the finite element method, boundary element method, etc.、Electromagnetic field analysis in electrical engineering field、Fluid mechanics field、weather forecast、Atmospheric/ocean simulation、Molecular dynamics in the fields of physical properties, chemistry, and materials science、Other traffic flow analysis、simulation astronomy、optimization problem、Used for simulations based on large-scale financial numerical analysis.。→#Main uses](https://image.cdn2.seaart.me/2024-01-12/cmgd91le878c73fme350/00cd53c778fd0646dc5ba288acc869beae326e38_high.webp)

supercomputer、A computer with large-scale, high-speed computing power for scientific and technical computing purposes.、What is a supercomputer?、A large-scale computer whose main purpose is scientific and technical calculations.[1]。Aims to achieve large-scale, high-speed computing power。Equipped with hardware and software optimized for this purpose。 In addition、The term supercomputer refers to a device that has general-purpose computing power through programming.。Even if the device has high computing power,、For example, for many-body problems「GRAPE」Calculators whose purpose is limited to exclusive use, such as, are classified as special purpose computers.。 Regarding hardware、Increasing the speed and capacity of arithmetic processing units、Larger capacity and faster memory capacity during calculations、Characteristic is the memory sharing method between processing units.。Equipped with other arithmetic processing units specific to vector calculations, etc.、Hardware methods specific to the operations being handled may be adopted.。Also、High computational power is achieved through large-scale, high-speed switching operations of electronic circuits responsible for arithmetic processing.、Power supply equipment that can handle large amounts of power consumption and heat generation、Requires heat exhaust/cooling mechanism。 As a software、A method suitable for parallel calculation processing will be adopted as the amount of arithmetic processing units increases.。It is optimization of the problem solving method itself、Application level algorithm in its program implementation、This is done at multiple layers, such as the program compiler stage.。 As an example of how supercomputers are used、Structural analysis that examines the mechanics of structures in the mechanical, civil engineering, and architectural fields based on the finite element method, boundary element method, etc.、Electromagnetic field analysis in electrical engineering field、Fluid mechanics field、weather forecast、Atmospheric/ocean simulation、Molecular dynamics in the fields of physical properties, chemistry, and materials science、Other traffic flow analysis、simulation astronomy、optimization problem、Used for simulations based on large-scale financial numerical analysis.。→#Main uses
Prompts
Copy
supercomputer、A computer with large-scale
,
high-speed computing power for scientific and technical computing purposes
.
、What is a supercomputer
?
、A large-scale computer whose main purpose is scientific and technical calculations
.
[1]
。
Aims to achieve large-scale
,
high-speed computing power
。
Equipped with hardware and software optimized for this purpose
。
In addition、The term supercomputer refers to a device that has general-purpose computing power through programming
.。
Even if the device has high computing power
,
、For example
,
for many-body problems「GRAPE」Calculators whose purpose is limited to exclusive use
,
such as
,
are classified as special purpose computers
.。
Regarding hardware、Increasing the speed and capacity of arithmetic processing units、Larger capacity and faster memory capacity during calculations、Characteristic is the memory sharing method between processing units
.。
Equipped with other arithmetic processing units specific to vector calculations
,
etc
.
、Hardware methods specific to the operations being handled may be adopted
.。
Also、High computational power is achieved through large-scale
,
high-speed switching operations of electronic circuits responsible for arithmetic processing
.
、Power supply equipment that can handle large amounts of power consumption and heat generation、Requires heat exhaust/cooling mechanism
。
As a software、A method suitable for parallel calculation processing will be adopted as the amount of arithmetic processing units increases
.。
It is optimization of the problem solving method itself、Application level algorithm in its program implementation、This is done at multiple layers
,
such as the program compiler stage
.。
As an example of how supercomputers are used、Structural analysis that examines the mechanics of structures in the mechanical
,
civil engineering
,
and architectural fields based on the finite element method
,
boundary element method
,
etc
.
、Electromagnetic field analysis in electrical engineering field、Fluid mechanics field、weather forecast、Atmospheric/ocean simulation、Molecular dynamics in the fields of physical properties
,
chemistry
,
and materials science、Other traffic flow analysis、simulation astronomy、optimization problem、Used for simulations based on large-scale financial numerical analysis
.。
→#Main uses
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