IBM 650
IBM 360
IBM 1130
IBM 2700
A. IBM 650
an integration of different units so as to achieve an objective
input unit
input and output unit
input, output and storage units
Magnetic core memory
Magnetic tape memory
Magnetic disk memory
Magnetic bubble memory
ROM
RAM
PROM
EPROM
scanner
camera
plotter
digitizer
Operating Systems
Parallel Processing
ULSI
None of above
Because they can amplify the weak signals and make them strong
Because they can stop or allow the flow of current
Both of above
None of above
Binary
Decimal
Hexadecimal
Octal
4 KB
16 K
64 K
256 K
Random origin money
Random only memory
Read only memory
Random access memory
1 second
10th of a seconds
1000th of a seconds
10000th of a seconds
PL/1
FORTRAN
BASIC
PASCAL
Stationary
Difficult to move
Dragged
Moved in small steps
Magnetic Ink Character Reader
Magnetic Ink Code Reader
Magnetic Ink Cases Reader
None
Input device
Control unit
Output device
Central Processing Unit
Joystick
Light pen
Mouse
Touch
Field
Words
Information
File
Primary and secondary
Random and sequential
ROM and RAM
All of above
First Generation
Second Generation
Third Generation
Froth Generation
Micro
Mainframe
Super
Mini
Computer
Microcomputer
Programmable
Sensor
Biometrics
Bio measurement
Computer security
Smart weapon machinery
Mainframe Computer
Mini Computers
Micro Computers
None of above
John Napier
William Oughtred
Gottfried Leibnitz
Blaise Pascal
Data collection terminal
OCR register terminal
Video Display terminal
POS terminal
Floppy Disk
Hard Disk
Compact Disk
Magneto Optic Disk
Data in itself is useless unless it is processed
The data that is processed is called a program
The data which is not yet processed is information
Information is processed by computer to generate data.
Binary Coded Decimal
Bit Coded Decimal
Binary Coded Digit
Bit Coded Digit
Speed
Accuracy
Reliability
Automatic
Gathering data
calculating data
Comparing data
Arranging data
5
9
11
13