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Present to future.

Still in development.

The aim is to build self-learning computers using various kinds of technology and are able to provide a valid feedback.

super large scale integrated (SLSI) chips.

use parallel processing rather than serial processing.

parallel processing is much faster.

Based on artificial intelligence.

Also called as artificial intelligence computers.

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The fifth generation computers are still in development. Scientists are working on fifth generation computers. The main aim of fifth generation computing is to develop computers that are respond to surroundings using different types of sensors and capable of learning. Fifth generation computers use super large scale integrated (SLSI) chips that contains millions of components on a single chip

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1971 to present.

Based on microprocessors.

Example and the very first 4th gen computer was based on Intel 4004 chip build using transistor's and LSI and VLSI technology

Were developed during  MS-DOS and MS windows time period.

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The period of fourth generation was from 1971 to present. The fourth generation computers was developed using microprocessor. Intel 4004 chip was the first microprocessor developed in 1971. The microprocessor is a silicon chip contains millions of transistors that was designed using LSI and VLSI technology. 

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Their versatility meant that they could be used to perform low level tasks usually done by manual labor in factories. Hence, they replaced a chunk of workers in factories leaving them without a job

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As the development of Integrated Circuits(IC) became more popular, a new generation of computers came to light. Using IC as their base, they were faster and more efficient than their predecessors in every way. Along with being faster, the IC inside them also allowed them to be incredibly versatile with their functions. They were used for everything from government matters to manufacturing purposes to general home use. (Prince, 1990)

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Despite being more advanced than their predecessors, these machines were still fairly unreliable, with frequent errors. Moreover, most of them still used vacuum tubes in their circuitry for certain purposes.

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First coming into use during the late 1950s to the 1960s, the second generation of computers evolved from using vacuum tubes to using transistors as their primary form of circuitry. These computers were more efficient and could be produced for general use, such as in schools or Universities. Along with the shift from vacuum tubes to transistors came the first ever use of magnetic core memories. The first 48-bit machine was also introduced during this era of computers. (En.wikipedia.org, 2018)

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While they were advanced machines for their time, they failed to meet certain requirements by governments since they required a lot of human intervention to function and were very slow at calculating

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Developed from the late 1800s till the early 1950s, the first generation of computers had a common analogue computing base. They were usually special-purpose machines developed in wartime America to assist the military. They included machines such as the ENIAC which was used to set up artillery firing grids for the US Armed Forces during World War II or the UNIVAC which was the first commercial computer line first produced in the early 1940s.(Campbell-Kelly et al., n.d.)

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Computers as we know them began in the late 19th century when Charles Babbage, a mathematics professor, designed the analytical engine. His work laid the basic framework that is used to this day.