Fifth Generation Computer Project Which country is involved? What is the goal? What’s the update so far?

Fifth Generation Computer Project

Which country is involved? What is the goal? What’s the update so far?

The name ‘computer’ was derived from the Latin word "Computer" which means "counting". So basically the computer counts a lot of memories and graphics and is on your screen!

Simply put, a computer is an electronic device that stores information or records whereas Artificial Intelligence is a branch of computer science concerned with programming computers to accomplish activities that require intelligence for humans to complete successfully.

Early efforts focused on developing broad systems capable of performing a wide range of activities as well as specialised systems that excel at a single job.

Expert systems fall into the second type, with the goal of achieving expert-level competency in a narrowly defined field of activity. These are divided into two parts: a core that contains domain-specific knowledge and inference rules, and a shell that (is domain-independent and) offers the means of communicating with the user.

The Fifth Generation Computer Project:

Japan's planned Fifth Generation Computer project is the first systematic effort to consolidate and expand on artificial intelligence research and incorporate it into a new generation of very powerful computers for everyday usage by the average person.

Expert systems provide several benefits and are utilised in a wide range of real-world applications. Such systems can function admirably in situations that need knowledge and abilities that a person can learn through formal education. They cannot, however, function in circumstances requiring tacit information acquired naturally by people, such as shape and speech recognition and natural language communication. There is still a lot of room for study in this area.

Rather than being uninvolved viewers or passive consumers, developing nations like India have a responsibility to play in the progress of this technology. They face the same limitations and advantages that compelled Japan to enter this market: a scarcity of natural resources and energy, as well as the availability of skilled labour.

Participation in Fifth Generation, Computer Technology has a huge potential for improving industrial productivity, managerial efficiency, rural medical care, and literacy at all levels. Implementing fifth-generation technologies and software would be a difficult but effective method for our country to generate riches.

The production of computers 1 to 5 per generation is demonstrated by critical technology.

In the context of computers, generation refers to a shift in the technology that the computer is/was using. To distinguish between different hardware, term generation has been employed. Today's generation, on the other hand, comprises both hardware and software. The computer is made up of both hardware and software.

What Was the Early Generation of Computers?

Computer Production from 1 to 5

First Generation of Computer (1940-1956)

John Ambrose Fleming was born in 1904. The vacuum tube technology was used. Diodes and vacuum tubes were the 000000000000main components of a first-generation computer. An 8-bit microprocessor is used.

Reversing:

·       The size is big and hefty. They had a lot of room because they were so large.

·       It was difficult to use due to the numerous switches and connections.

·       It's far too costly. Amount of power required.

·       With a vacuum pipe, you may generate a lot of heat. As a result, enough ventilation is necessary.

·       The beauty of a first-generation computer is calculated in milliseconds.

Second Generation Computer (1956-1964).

William Shockley established it in 1947. It was transistor-based. Transistors were used to replace vacuum tubes because transistors were more efficient.

It was necessary to reverse the cooling process.

Direct application Used for a particular purpose:

·       Not a reliable source.

·       A dialling card was utilised to make the call.

·       The benefit of the second generation computer was that it used a lot more power produced no heat like the first, was smaller, had better performance, and so on.

Third Generation Computer (1964-1971)

Jack Kilby was formed in 1958. It was founded on the concept of a unified region. In the realm of computers, IC was a game-changer. It can hold hundreds of transistors.

In the third generation, the keyboard and mouse were introduced.

Obstacles

It was necessary to create the atmosphere.

·       It's far too costly.

·       It was unable to fix the IC.

·       IC was a difficult task.

·       A computer from the third generation would have been quicker and lighter than a computer from the second generation. It is more effective than the 2nd Generation.

 

Fourth Generation of Computer (1971-2010)

Intel introduced the first 404 microprocessor in 1971, which evolved into the fourth generation of microprocessors. VLSI technology was used in these computers. VLSI stands for a very large integrated circuit. As a result, it is referred to as a microprocessor.

Reversing

The production of integrated circuits necessitates the use of sophisticated technologies. To produce ICs, the most modern technology was required (Combined Circuits).

·       For cooling, a fan was required.

·       Microprocessor manufacturing necessitates the use of cutting-edge technologies.

·       Fourth-generation computers had the benefit of being compact and having an acceptable temperature.

Fifth Computer Generation (Currently)

It is the most recent ULSI-based computer generation (large scale integration). Millions of transistors are packed into a single microchip in this technology.

Low weight equates to low energy usage. It's a computer with artificial intelligence (Artificial Intelligence).

Computers in the fifth generation are designed to address complicated issues such as logical reasoning.

Pictures and graphs are easily visible on the fifth generation of computers.

·       AI is used in the fifth generation of computers.

·       The ULSI-based computer's fifth-generation

·       Computers from the fifth generation are exemplified.

·       IBM's correspondence.

·       Pentium

·       Working places in the SUN.

·       Supercomputers with PARAM, IBM SP / 2.

·       The information processing system is another name for the Phase Five computer.