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Cmp104 lec 4 types of computer
Types of computer
                                                       Type of
                                                      computer


                                      Digital          Analog      Hybrid
                                     computer         computer    Computer


              Micro                Main Frame         Super        Mini
             Computer               Computer         Computer    Computer

                        Handheld        Dumb
Desktop PC   Laptops     Devices       Terminal


                                       Intelligent
                                        Terminal
Analog computer
Analog computer measures and answer the questions by
 the method of “HOW MUCH”. The input data is not
 a number infect a physical quantity like
 temperature, pressure, speed, velocity.
An analog computer is a form of computer that uses
 the continuously-changeable aspects of physical
 phenomena such as electrical, mechanical, or
 hydraulic quantities to model the problem being
 solved.
Analog computer
i.     Signals are
       continuous of (0 to
       10 V)
ii.    Accuracy 1%
       Approximately
iii.   High speed
iv.    Output is continuous
v.     Time is wasted in
       transmission time
Digital Computers
Digital computer counts and answer the questions by
  the method of “HOW Many”. The input data is
  represented by a number. These are used for the
  logical and arithmetic operations.
 Signals are two level of (0 V or 5 V)
 Accuracy unlimited
 low speed sequential as well as parallel processing
 Output is continuous but obtain when computation is
  completed.
Hybrid Computer
• Hybrid computers are computers that exhibit
  features of analog computers and digital
  computers.
• The digital component normally serves as the
  controller and provides logical operations, while
  the analog component normally serves as a solver
  of differential equations.
• Some old hybrid computer system was HRS-
  100, ХРС-100, GVS-100.
Types of Digital Computer
•   Micro Computer
•   Mini Computer
•   Mainframe
•   Super Computer
Micro Computer
 Micro computer are the smallest
  computer system. There size range
  from calculator to desktop size. Its
  CPU is microprocessor. It also
  known as Grand child Computer.
 Application : - personal
  computer, Multi user system, offices.
Micro Computer
 They brought revolution in the history of computers.
 They are cheap and user friendly.
 They are having limited peripherals attached to them.
 They are used as desktops either in offices or even
  homes.
 Most popular micro computer’s processing chip
  manufacturing company is Intel.
 Examples are : Desktop PC, Laptop, Handheld
  devices.
Desktop PC
• A desktop PC is the most popular model
  of PCs
• It is widely used in homes and offices.
• There are various Components of
  Desktop PC like
  Monitor, Keyboard, Mouse, Printer, Rand
  om Access Memory, Scanner, Hard Disk.
Laptops

• Laptops are Small microcomputers that can
  easily fit inside a brief case.
• Laptops are very useful ,When going on
  long journeys.
• Memory and Storage capacity of a laptop
  like a desktop.
• Laptops are more expensive than desktop
  computer.
Handheld Devices

• Handheld Devices are small in size (Small
  Screen, small Keyboard).
• Handheld devices are Personal digital
  assistants(PDA) ,cellular phone.
• PDA offer a collection of application software
  for word Processing, spread sheets, games.
• Cellular phone provide the telephone capability.
Mainframe Computers
  Mainframe computers are those computers that
  offer faster processing and greater storage
  area.
• Application – Host computer, Central data
  base server.
• They are big computer systems sensitive to
  temperature, humidity, dust etc.
• Qualified & trained operators are required to
  operate them.
Mainframe Computer

• They have wide range of peripherals attached.
•  They have large storage capacity.
•  They can use wide variety of software.
•  They are not user friendly.
•  They can be used for more mathematical
  calculations.
• They are installed in large commercial places or
  government organizations like banks, airline and
  university e.g. IBM S/390.
Dumb Terminal and Intelligent Terminals

• Dumb Terminals consist only monitor and a
  keyboard.
• They do not have their own CPU and memory
  and use mainframe system’s CPU and
  storage devices.
• Intelligent Terminal have their own
  processor and can perform some processing
  operations.
• They do not have their own storage space.
Mini Computer
  These are also small general purpose system.
  They are generally more powerful and more
  useful as compared to micro computer. Mini
  computer are also known as mid range
  computer or Child computer.
• Application :- Departmental systems, Network
  Servers, work group system.
Mini Computer
 Minicomputers fall in the range between
  Mainframes and Microcomputers
 They have less memory & storage capacity than
  mainframe computers.
 They offer limited range of peripherals.
 Limited range of software can be used by them.
 The end users can directly operate it.
 They are not very sensitive to the external
  environment and hence are more generalized.
 They are used for data processing.
Super Computer
• Super computer are those computer which are
  designed for scientific job like whether forecasting
  and artificial intelligence etc. They are fastest and
  expensive. A super computer contains a number of
  CPU which operate in parallel to make it faster. It
  also known as grand father computer.
• Application – weather forecasting, weapons research
  and development, Online Banking, controlling
  industrial units.
Super Computer
 They are huge computers installed in space
  centers, nuclear power stations etc.
 They are used for performing complex
  mathematical calculations.
 Only scientists and mathematicians can operate
  them.
 They are having huge memories & tremendous
  processing speed.
 They are used for weather forecasting, animation
  graphics etc.
Super computer
EKA (Supercomputer)
• EKA is a supercomputer built by the
  Computational Research Laboratories (a
  subsidiary of Tata Sons) with technical assistance
  and hardware provided by Hewlett-Packard.
• Eka means the number One in Sanskrit.
• It was built within a short period of 6 weeks.
• At the time of its debut, it was the 4th fastest
  supercomputer in the world and the fastest in
  Asia.
Why does India need Super Computer?
• Supercomputers were considered a double edged weapon
  capable of assisting in the development of nuclear
  weapons.
• Cray supercomputers denied to give the supercomputer
  technology to India as a result of a technology embargo.

• Technology embargo is the partial or complete prohibition
  of commerce and trade with a particular country, in order to
  isolate the country from that technology .
• Embargoes are considered strong diplomatic measures
  imposed in an effort, by US to India's government.
• For the purpose of achieving self sufficiency in
  the field, the Centre for Development of
  Advanced Computing (C-DAC) was set up in
  1988 by the Department of Electronics with
  Dr. Vijay Bhatkar as its Director.
• The project was given an initial run of 3 years
  and an initial funding of 30 Crore INR.
  Because the same amount of money and time
  was usually expended to purchase a
  supercomputer from the US. In 1990, a
  prototype was produced and it surpassed most
  other systems, placing India second after US.
Indian Supercomputer by CDAC
•    PARAM 8000
•    PARAM 8600
•    PARAM 9900/SS
•    PARAM 10000
•    PARAM Padma
•    PARAM Yuva
Param Supercomputer presence in
        Internationally
World’s Fastest Supercomputer
• As of June 2012, IBM Sequoia is the fastest in
  the world.
• Sequoia will be used primarily for nuclear
  weapons simulation, replacing the current Blue
  Gene/L and ASC Purple supercomputers.
• Sequoia will also be available for scientific
  purposes such as energy, study of the human
  genome, and climate change.
• The entire supercomputer runs on Linux, with
  Compute Node Linux running on over 98,000
  nodes.
Applications of Computer
• Word Processing
• Internet (large information, Email, Chat
  software(facebook, Gtalk))
• Digital Video Composition
• Sports (Action Replay)
• Music ,Movie
• Hospitals (check blood pressure, monitor
  pulse rate,ECG)
• Weather Forecasting (detect the
  Air,pressure,humidity)
• Education (PowerPoint Presentation)
• Online Banking (Internet Banking,ATM)
• Robots
• Games

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Cmp104 lec 4 types of computer

  • 2. Types of computer Type of computer Digital Analog Hybrid computer computer Computer Micro Main Frame Super Mini Computer Computer Computer Computer Handheld Dumb Desktop PC Laptops Devices Terminal Intelligent Terminal
  • 3. Analog computer Analog computer measures and answer the questions by the method of “HOW MUCH”. The input data is not a number infect a physical quantity like temperature, pressure, speed, velocity. An analog computer is a form of computer that uses the continuously-changeable aspects of physical phenomena such as electrical, mechanical, or hydraulic quantities to model the problem being solved.
  • 4. Analog computer i. Signals are continuous of (0 to 10 V) ii. Accuracy 1% Approximately iii. High speed iv. Output is continuous v. Time is wasted in transmission time
  • 5. Digital Computers Digital computer counts and answer the questions by the method of “HOW Many”. The input data is represented by a number. These are used for the logical and arithmetic operations.  Signals are two level of (0 V or 5 V)  Accuracy unlimited  low speed sequential as well as parallel processing  Output is continuous but obtain when computation is completed.
  • 6. Hybrid Computer • Hybrid computers are computers that exhibit features of analog computers and digital computers. • The digital component normally serves as the controller and provides logical operations, while the analog component normally serves as a solver of differential equations. • Some old hybrid computer system was HRS- 100, ХРС-100, GVS-100.
  • 7. Types of Digital Computer • Micro Computer • Mini Computer • Mainframe • Super Computer
  • 8. Micro Computer  Micro computer are the smallest computer system. There size range from calculator to desktop size. Its CPU is microprocessor. It also known as Grand child Computer.  Application : - personal computer, Multi user system, offices.
  • 9. Micro Computer  They brought revolution in the history of computers.  They are cheap and user friendly.  They are having limited peripherals attached to them.  They are used as desktops either in offices or even homes.  Most popular micro computer’s processing chip manufacturing company is Intel.  Examples are : Desktop PC, Laptop, Handheld devices.
  • 10. Desktop PC • A desktop PC is the most popular model of PCs • It is widely used in homes and offices. • There are various Components of Desktop PC like Monitor, Keyboard, Mouse, Printer, Rand om Access Memory, Scanner, Hard Disk.
  • 11. Laptops • Laptops are Small microcomputers that can easily fit inside a brief case. • Laptops are very useful ,When going on long journeys. • Memory and Storage capacity of a laptop like a desktop. • Laptops are more expensive than desktop computer.
  • 12. Handheld Devices • Handheld Devices are small in size (Small Screen, small Keyboard). • Handheld devices are Personal digital assistants(PDA) ,cellular phone. • PDA offer a collection of application software for word Processing, spread sheets, games. • Cellular phone provide the telephone capability.
  • 13. Mainframe Computers Mainframe computers are those computers that offer faster processing and greater storage area. • Application – Host computer, Central data base server. • They are big computer systems sensitive to temperature, humidity, dust etc. • Qualified & trained operators are required to operate them.
  • 14. Mainframe Computer • They have wide range of peripherals attached. • They have large storage capacity. • They can use wide variety of software. • They are not user friendly. • They can be used for more mathematical calculations. • They are installed in large commercial places or government organizations like banks, airline and university e.g. IBM S/390.
  • 15. Dumb Terminal and Intelligent Terminals • Dumb Terminals consist only monitor and a keyboard. • They do not have their own CPU and memory and use mainframe system’s CPU and storage devices. • Intelligent Terminal have their own processor and can perform some processing operations. • They do not have their own storage space.
  • 16. Mini Computer These are also small general purpose system. They are generally more powerful and more useful as compared to micro computer. Mini computer are also known as mid range computer or Child computer. • Application :- Departmental systems, Network Servers, work group system.
  • 17. Mini Computer  Minicomputers fall in the range between Mainframes and Microcomputers  They have less memory & storage capacity than mainframe computers.  They offer limited range of peripherals.  Limited range of software can be used by them.  The end users can directly operate it.  They are not very sensitive to the external environment and hence are more generalized.  They are used for data processing.
  • 18. Super Computer • Super computer are those computer which are designed for scientific job like whether forecasting and artificial intelligence etc. They are fastest and expensive. A super computer contains a number of CPU which operate in parallel to make it faster. It also known as grand father computer. • Application – weather forecasting, weapons research and development, Online Banking, controlling industrial units.
  • 19. Super Computer  They are huge computers installed in space centers, nuclear power stations etc.  They are used for performing complex mathematical calculations.  Only scientists and mathematicians can operate them.  They are having huge memories & tremendous processing speed.  They are used for weather forecasting, animation graphics etc.
  • 21. EKA (Supercomputer) • EKA is a supercomputer built by the Computational Research Laboratories (a subsidiary of Tata Sons) with technical assistance and hardware provided by Hewlett-Packard. • Eka means the number One in Sanskrit. • It was built within a short period of 6 weeks. • At the time of its debut, it was the 4th fastest supercomputer in the world and the fastest in Asia.
  • 22. Why does India need Super Computer? • Supercomputers were considered a double edged weapon capable of assisting in the development of nuclear weapons. • Cray supercomputers denied to give the supercomputer technology to India as a result of a technology embargo. • Technology embargo is the partial or complete prohibition of commerce and trade with a particular country, in order to isolate the country from that technology . • Embargoes are considered strong diplomatic measures imposed in an effort, by US to India's government.
  • 23. • For the purpose of achieving self sufficiency in the field, the Centre for Development of Advanced Computing (C-DAC) was set up in 1988 by the Department of Electronics with Dr. Vijay Bhatkar as its Director. • The project was given an initial run of 3 years and an initial funding of 30 Crore INR. Because the same amount of money and time was usually expended to purchase a supercomputer from the US. In 1990, a prototype was produced and it surpassed most other systems, placing India second after US.
  • 24. Indian Supercomputer by CDAC • PARAM 8000 • PARAM 8600 • PARAM 9900/SS • PARAM 10000 • PARAM Padma • PARAM Yuva
  • 25. Param Supercomputer presence in Internationally
  • 26. World’s Fastest Supercomputer • As of June 2012, IBM Sequoia is the fastest in the world. • Sequoia will be used primarily for nuclear weapons simulation, replacing the current Blue Gene/L and ASC Purple supercomputers. • Sequoia will also be available for scientific purposes such as energy, study of the human genome, and climate change. • The entire supercomputer runs on Linux, with Compute Node Linux running on over 98,000 nodes.
  • 27. Applications of Computer • Word Processing • Internet (large information, Email, Chat software(facebook, Gtalk)) • Digital Video Composition • Sports (Action Replay) • Music ,Movie • Hospitals (check blood pressure, monitor pulse rate,ECG)
  • 28. • Weather Forecasting (detect the Air,pressure,humidity) • Education (PowerPoint Presentation) • Online Banking (Internet Banking,ATM) • Robots • Games

Editor's Notes

  • #14: Mainframes are being used more as specialised servers on the www,enabling companies to offer secure transactions with customers over theInternet. If you purchase an airline ticket over the web there is a goodchance your transaction is being handled by a mainframe system. In this type of application the mainframe system may be referred to as anenterprise server or an e-commerce server.
  • #15: In a traditional mainframe environment each user works at a computerterminal. A terminal is a monitor and a keyboard wired to the mainframe.There are two types of terminals used with mainframes1. Dumb terminal – no CPU or storage devices. This is simply an I/Odevice that functions as a window into a computer locatedelsewhere.2. Intelligent terminal – has its own processor and can performprocessing operations but do not provide ant storage.A mainframe system can house an enormous volume of data containingbillions of records. Large mainframe systems can handle the input andoutput requirements of several thousand terminals. The largest IBMS/390 mainframe can support 50,000 users simultaneously whileexecuting 1,600,000,000 instructions per second.Mainframes start at $30,000 while extensive mainframes can costseveral million dollars. It used to be common for mainframe computers tooccupy entire offices or entire floors. Typically they were placed in glassoffices with special air conditioning to keep them cool and on raisedfloors to accommodate all the wiring needed to connect the system.Today a typical mainframe looks like an unimposing cabinet – or row ofcabinets – though it may still need a somewhat controlled environment.