An Apu computer is a computer used in the South Indian community of Tamil Nadu, India. The computer was designed and created by the team at Madras University in the early 1990s to support studies in computer science and engineering. The Apu computer was used as a teaching tool for students in the south Indian community and was also used as a research tool for professors in the field of computer science and engineering.
What is an APU computer?
APU is an acronym for “Accelerated Processing Unit” is a microprocessor that is used to run more than one application at a time without slowing down or crashing, it can run more than one application at once because it has multiple cores. An APU computer is a computer used in the South Indian community of Tamil Nadu, India. The computer was designed and created by the team at Madras University in the early 1990s to support studies in computer science and engineering. The Apu computer was used as a teaching tool for students in the south Indian community and was also used as a research tool for professors in the field of computer science and engineering.
Designing purpose of the APU computer
In the early 1990s, the Madras University team was working on a computer that could support more than one application at a time. The computer would be used to support students in the south Indian community with computing skills and also as a research tool for professors in the field of computer science and engineering. The team at Madras University designed an APU computer to support both students and professors.
The first step of designing an APU computer was to create a test bench that would help them study how the APU functioned with multiple applications running at once without slowing down or crashing. The team at Madras University used an Intel 80386 processor (a very popular processor during this time) and a Motorola 68000 processor.
The second step of designing an APU computer was to create the hardware for the APU computer. The hardware consisted of several components such as the motherboard, CPU, memory, and power supply. The team at Madras University designed the motherboard using a custom design that would allow them to use two processors simultaneously while allowing them to connect both processors through a crossbar switch. The crossbar switch allowed them to connect two processors together and then connect that output with an expansion slot so that they could add additional chips to the board.
The third step of designing an APU computer was to create software for the APU computer. The team at Madras University created software to allow them to test out different applications and run more than one application at once without slowing down or crashing. They used their own programming language which they called MADRAS because it was named after their university in Tamil Nadu, India. MADRAS is a byte code language that is designed to run on the APU computer.
The Usages Sectors:
1. Agriculture
The APU computer was used in the agriculture sector by farmers who used it to do their computations. The computations that these farmers would use the APU computer for included solving two-dimensional equations, three-dimensional equations, simulation studies, circuit design, etc.
2. Education
The APU computer was used in the education sector by teachers and students, who would use it to do all of their computations. These computations included math, science, business, and other similar computations.
3. Scientific research
The APU computer was used in the scientific research sector by professors who used it for their research projects. The professors would use the APU computer to do all of their calculations for projects such as experiments and simulations as well as some design work for new inventions that they were working on.
4. Electronics and communication
The APU computer was used in the electronics and communication sector by engineers and technicians who used it for their computations. The computations that these engineers and technicians would use the APU computer for included solving two-dimensional equations, three-dimensional equations, simulation studies, circuit design, and other similar computations.
5. Video games
The APU computer was used in the video game sector by game developers who used it for their computations. The computations that these game developers would use the APU computer for included programming the game, testing out gameplay, and other similar computations.
6. Health and medicine
The APU computer was used in the health and medicine sector by doctors and nurses who used it for their computations. The computations that these doctors and nurses would use the APU computer for included treating patients, calculating drug dosages, creating a treatment plan, calculating and monitoring patient responses to treatment, etc.
7. Military
The APU computer was used in the military sector by engineers who used it to do their design work for weapons such as tanks and aircraft. The computations that these engineers would use the APU computer for included programming the weapons systems, testing out weapon functions, solving two-dimensional equations, three-dimensional equations, simulation studies, circuit design, and other similar computations.
8. Manufacturing and production
The APU computer was used in the manufacturing and production sector by engineers and technicians who used it for their computations. The computations that these engineers and technicians would use the APU computer for included solving two-dimensional equations, three-dimensional equations, simulation studies, circuit design, and other similar computations.
10. Construction
The APU computer was used in the construction sector by engineers who worked with construction contractors who used it to do their design work for buildings such as houses and office buildings as well as other similar constructions. The computations that these engineers would use the APU computer for included programming vehicles such as trains as well as simulating traffic flow on highways and other similar computations.
11. Transportation
The APU computer was used in the transportation sector by engineers who worked with railroad companies and other similar transportation companies who used it to do their computations. The computations that these engineers would use the APU computer for included programming trains such as locomotives, simulating traffic flow on highways and other similar computations.
12. Information technology
The APU computer was used in the information technology sector by engineers who worked with individuals and corporations who used it to do their computations. The computations that these engineers would use the APU computer for included solving two and three-dimensional equations, programming software, creating web pages, and other similar computations.
13. Business
The APU computer was used in the business sector by businessmen who used it to do their computations. The computations that these businessmen would use the APU computer for included solving two-dimensional equations, three-dimensional equations, programming software, creating web pages, and other similar computations.
14. Home automation
The APU computer was used in the home automation sector by engineers and technicians who worked with individuals and corporations who used it to do their computations. The computations that these engineers and technicians would use the APU computer for included solving two-dimensional equations, three-dimensional equations, programming software, creating web pages, and other similar computations.
What Are The Different Types of APUs Still In Use Today?
1. APU2 – This is a mini-computer designed for use in the home, office or as a classroom computer. It is a very powerful machine with many features that are not found on any other type of APU. It can be used for word processing, e-mailing, Internet browsing, picture editing, and more. The computer has its own modem connection for internet access and can also connect to the internet using a wireless modem which is sold separately.
2. APU3 – This is an even smaller computer than the APU2 which can be used in the home, office, or classroom and is intended for use with children or a class in school. It has many of the same features as the APU2 but lacks some of the power of this larger machine. It can be used for word processing, e-mailing, Internet browsing, and picture editing but cannot do as much as the larger machine. Both computers have their own modem connection for internet access and can also connect to the internet using a wireless modem which is sold separately.
3. APU4 – This computer is intended for use in the classroom with students. It has many of the same features as the APU2 and APU3 but lacks some of the power of those larger machines. It can be used for word processing, e-mailing, Internet browsing, and picture editing but cannot do as much as those larger machines. Both computers have their own modem connection for internet access and can also connect to the internet using a wireless modem which is sold separately.
4. APU5 – This computer is intended for use in small businesses or other organizations where space is limited and multiple computers would be too big a burden on an organization. It has many of the same features as the APU2, APU3, and APU4 but lacks some of the power of those larger machines. It can be used for word processing, e-mailing, Internet browsing, and picture editing but cannot do as much as those larger machines. Both computers have their own modem connection for internet access and can also connect to the internet using a wireless modem which is sold separately.
5. APU6 – This computer is intended for use in businesses or organizations where space is limited and multiple computers would be too big a burden on an organization. It has many of the same features as the APU2, APU3, APU4, and APU5 but lacks some of the power of those larger machines. It can be used for word processing, e-mailing, Internet browsing, and picture editing but cannot do as much as those larger machines. Both computers have their own modem connection for internet access and can also connect to the internet using a wireless modem which is sold separately.
6. APU7 – This computer is intended for use in businesses or organizations where space is limited and multiple computers would be too big a burden on an organization. It has many of the same features as the APU2, APU3, APU4, APU5 and APU6 but lacks some of the power of those larger machines. It can be used for word processing, e-mailing, Internet browsing and picture editing but cannot do as much as those larger machines. Both computers have their own modem connection for internet access and can also connect to the internet using a wireless modem which is sold separately.
What Are Some Of The Benefits Of Using The Apu Computer?
1. Smaller and lighter than the larger machines
2. Less expensive to buy, use and maintain
3. Easier to carry and store because of its size and weight
4. Can be used in a smaller space because of its small size, thus saving space and money
5. Can be used in an organization as a backup computer when the main one is not working or has been damaged so that it can continue to do what it is supposed to do without interruption.
Specifications Of The Apu Computer
1. The computer has a built-in modem for internet access and can connect to the internet using a wireless modem which is sold separately.
2. It has the ability to run MS-DOS.
3. It can be used to run MS Windows but cannot be used to run Windows XP or other newer versions of the Windows operating system because it cannot support those newer versions of Windows.
4. It can run MS Office, but cannot run MS Word or MS Excel.
5. It can run MS Outlook and other MS Office attachments.
6. It has the capability of running Lotus 1-2-3 and other similar programs.
7. It has the ability to play games such as Solitaire, Minesweeper, WordMaster, and Solitaire II which are included in the computer package.
Conclusion
The Apu computer is a good choice for those who want to use a computer that can do word processing, e-mailing, Internet browsing, and picture editing but cannot do as much as those larger machines. It is also a good choice for organizations that have many computers to support and would be too big of a burden on an organization if they were all the same size.
