Computer Science

Types of Computers

  • Some computers have their own capabilities as data centers. They are divided into purpose, data management and function.
  • Depending on the purpose, the computer is a general function or purpose. Each computer is designed to perform different functions.
  • They can save a lot of resources, but they are not fast or efficient. Computers are designed to solve a problem or task. The set of commands is built into the machine.
  • Computers can be analog, digital or hybrid, depending on the data management system. Analog computers operate according to a measurement principle in which no data is converted.
  • Modern computers often use electronic measurements such as frequency, density or wavelength to represent measurements. These computers are not directly linked to numbers.
  • They measure the stability of the body. Computers work on computers with data, numbers, or otherwise.
  • These computers collect the total amount of data (in 0 seconds and 1 second). They offer correct and quick answers. Hybrid computers include measurable analog computers and digital computers.
  • For computing purposes, these computers use digital cameras and are used to store digital data and memory.

Type of computer

There are 8 types of computers:
    1. Analog Computer
    2. Digital Computer
    3. Hybrid Computer (Analog + Digital)
    4. Super Computer
    5. Mainframe Computer
    6. Mini Computer
    7. Micro Computer or Personal Computer
    8. Workstations

1. Analog Computer:

    • An analog computer is a type of computer that uses a number of components, such as electronics, mechanics, or hydraulics, to describe a problem.

2. Digital Computer:

    • Computers and numerical services are represented by real world numbers, usually in two way.

3. Hybrid Computer (Analog + Digital):

    • A computer object can move and use digital and analog signals. Integrated computer-aided design provides a great way to accomplish complex simulation tasks.

4. Super Computer:

    • The fastest and most powerful computers are the most expensive and are designed for technical applications that require a large number of computers.
    • For example, the weather needs a supercomputer. Other major computer applications include imaging, hydropower, nuclear power research, and oil research.
    • The main difference between a supercomputer and a mainframe is that a supercomputer uses all its power to perform certain tasks as quickly as possible, while the mainframe uses its power to execute several programs at the same time.

5. Mainframe Computer:

    • A large and expensive computer can serve hundreds or thousands of users simultaneously. Starting with a simple ground microprocessor (clockwise), the main theme is among the main computer in the team.
    • In some ways it is more powerful than most computers because it supports various operations. But large computers can start a system faster than a large engine.

6. Mini Computer:

    • Mini Computer. Computers, small and large, are located between offices and large buildings. In the last decade, the rift between small and large PCs has disappeared, but the rift between small PCs and office space has disappeared.
    • Typically, a microcomputer is an integrated device that can support 4 to 200 users simultaneously.

7. Micro Computer or Personal Computer:

    • Desktop Computer: The computer itself is too small to sit at the desk.
    • Laptop Computer: The laptop has a screen and a piano. It is usually smaller than a desktop computer and larger than a laptop.
    • Palmtop Computer/Digital Diary /Notebook /PDAs: in a laptop. Pocket PCs do not have a piano, but the screen looks like a keyboard and device.

8. Workstations:

    • Terminal or computer system on a network. Thus, the workspace is usually defined for the user (machine) and not as “server” or “master server”.

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