#1 The Five Generation of Computer Definition & its Features - Estudy Materials

The Five 5 Generation of Computer Definition & its Features - Estudy Materials


The Five generations of computer-first-generation, second generation, third generation, fourth generation & fifth generation are characterized by electrical current flowing through the processing mechanisms


DEFINITION OF COMPUTER


  • A computer is a machine or device that performs processes, calculations, and operations based on instructions provided by a software or hardware program. It has the ability to accept data (input), process it, and then produce outputs.
  • Computers can also store data for later uses inappropriate storage devices, and retrieve it whenever it is necessary
  • Modern computers are electronic devices used for a variety of purposes ranging from browsing the web, writing documents, editing videos, creating applications, playing video games, etc.
  • They are designed to execute applications and provide a variety of solutions by combining integrated hardware and software components.


FEATURES OF COMPUTER


  • Multitasking.
  • Accurate & Speed.
  • Efficient.
  • Reliability.
  • Recoverability.


Five Generation Of Computer



1. FIRST GENERATION (1942-1955)-VACUUM TUBES:


  • This generation computer used Vacuum tubes as the main electronic component responsible for the processing data.
  • These computers were physically large in size and required large rooms for installation.
  • Magnetic drums were used for memory.
  • These computers produced a large amount of heat due to the large consumption of electricity.
  • They performed slow input-output operations. Only machine and assembly language were used.


2. SECOND GENERATION (1955-1964)-TRANSISTORS:


  • This generation computer used Transistor in place of vacuum tubes.
  • They were much smaller in size and required lesser space for installation.
  • Magnetic tapes were used as secondary storage.
  • They consumed lesser power and therefore a lesser amount of heat was generated as compared to first-generation computers.
  • High-Level languages were used to instruct the computers for performing various tasks.
  • High input /output operations speed than first-generation computers.


3. THIRD GENERATION (1964-1975)-INTEGRATED CIRCUITS:


  • Integrated Circuits were used instead of vacuum tubes and Transistors.
  • The size of these computers was smaller than the earlier computers.
  • Magnetic disk used for external storage and storage space available in these computers was much more than an earlier computer.
  • They consume less power than second-generation computers.
  • They had high processing speed than second-generation computers.
  • Monitor and keyboard were used for input and output.
  • They were General purpose machines suitable for both scientific and commercial applications.


4. FOURTH GENERATION (1975-1989)-MICROPROCESSORS:


  • High-speed Microprocessors were used. Millions of electronic components were integrated on a single microprocessor chip.
  • They were much smaller and cheaper than third-generation computers.
  • They consumed less power than third-generation computers.
  • Graphical user Interface enabled new users to quickly learn how to use computer
  • Use of standard high-level languages allowed the program to be transferred from one computer to another's
  • Supports more input and output devices or other terminals than previous generation computers


5. FIFTH GENERATION (1989-PRESENT)-ARTIFICIAL INTELLIGENCE:


  • Fifth generation computers, based on artificial intelligence are still in development. Artificial intelligence is a branch of computer science concerned with making computers behave like humans.
  • The goal of fifth-generation computing is to develop devices that respond to natural language input (human languages like English, Hindi, and French, etc.) and are capable of learning.


Table of 5 Five Generation Of Computer


Five Generations of Computers
Generations of computers Duration Evolution of hardware
First-generation The 1940s-1950s Vacuum tube
Second generation The 1950s-1960s Transistor
Third generation The 1960s-1970s Integrated circuit
Fourth generation 1970s-present Microprocessor
Fifth-generation The present and the future Artificial intelligence

Post a Comment

If you have any doubts, please let me know.

Previous Post Next Post