WHAT IS GIGO (GARBAGE IN GARBAGE OUT) | EXPLAIN GIGO – As a subject develops, a characteristic language begins to take shape, and then a stack of new words is formed. This is exactly what has happened to computers.
From 1945 to the present day, the subject of computers has added hundreds of words to the English language.
WHAT IS GIGO (GARBAGE IN GARBAGE OUT) | EXPLAIN GIGO
The American method of shortening words, in particular, creates even more intriguing words. Gigo is a perfect example of that.
It is an acronym for Garbage in Garbage Out. ‘If the garbage goes in (that is, in the computer), it can be translated as meaning that the garbage comes out.
In English, we use the saying ‘pay as you please’! At the same time, we can use a new proverb for a computer that answers its questions as a program.
Logic is very important when writing a program. If there is a scam in it, then the answer to the computer question will be given by giving something better.
The instructions in the program are executed by the computer. It does not understand the logical errors in it.
Suppose the program is correct, But it is obvious that the answer will not be correct even if the data is given incorrectly while storing it.
There is nothing wrong with the computer. The fault lies with the computer user!
That’s why GIGO is a catchy word in the sense that the wrong program means that the wrong answers will go to the computer.
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- HISTORY OF COMPUTING | WHO INVENTED THE MODERN COMPUTER?
- ENIAC COMPUTER – HISTORY, FEATURES, SPECIFICATIONS, SIZE, COMPARISON
- GENERATIONS OF COMPUTING | WHAT ARE COMPUTER GENERATIONS
- TYPES OF COMPUTER SYSTEM | ANALOG, DIGITAL, HYBRID
- ADVANTAGES OF COMPUTER | WHAT ARE ADVANTAGES OF COMPUTERS
- WHAT IS DATA? DATA: DEFINITION, EXAMPLE, ELECTRONIC DATA PROCESSING
- WHAT IS COMPUTER PROGRAM? DEFINITION, EXAMPLE
- OPERATING SYSTEM IN COMPUTER | DEFINITION, NEED, FUNCTIONS, WORKING
- TYPES OF PROGRAMS IN COMPUTER | TYPES OF PROGRAMS IN OPERATING SYSTEM
- TYPES OF OPERATING SYSTEM IN COMPUTERS | HISTORY OF OPERATING SYSTEM
- HISTORY OF UNIX OPERATING SYSTEM | FEATURES OF UNIX OPERATING SYSTEM
- WHAT IS A COMMAND LANGUAGE? USE OF COMMANDS IN COMMAND LANGUAGE
- MULTITASKING IN COMPUTER | DEFINITION, USE, EXAMPLE
- MICROPROGRAM IN COMPUTER | DEFINITION, FUNCTION, PROM, AND E-PROM
- WHAT IS A SOFTWARE | MEANING | DEFINITION | TYPES OF SOFTWARE
- GENERAL PURPOSE COMPUTER AND SPECIAL PURPOSE COMPUTER
- WHAT IS HARDWARE IN COMPUTER | DEFINITION | EXAMPLE | IMPORTANCE
- WHAT IS AN ALGORITHM | DEFINITION | MEANING | EXAMPLE | RULES OF ALGORITHM
- BASIC PRINCIPLE OF COMPUTER OPERATION | DIAGRAM
- WHAT IS MACHINE LANGUAGE IN COMPUTER | DEFINITION
- WHAT IS AN ASSEMBLY LANGUAGE | DEFINITION | DISADVANTAGES
- HUMAN AND COMPUTER COMPARISON
- WHAT IS HIGH-LEVEL LANGUAGE IN COMPUTER | DEFINITION | FUNCTION
- WHAT IS A FLOWCHART | HOW TO DRAW FLOWCHART | FLOWCHART SYMBOLS
- SPEED OF COMPUTER | EQUATION | METRICS | COMPUTER WORK IN THE SECOND MEASUREMENT
- WHAT IS INTEGRATED CIRCUIT | DEFINITION OF IC | USE | EXAMPLE
- WHAT IS ASCII | ASCII TABLE | PURPOSE OF ASCII
- BIT AND BYTE DIFFERENCE | SIZE COMPARISON
- WHAT ARE BINARY NUMBERS | EXPLAIN BINARY NUMBER SYSTEM
- HOW TO DECIMAL TO BINARY CONVERSION | DECIMAL NUMBER TO BINARY CONVERSION
- WHAT ARE LOGIC GATES | TYPES OF LOGIC GATES | DEFINITION | FUNCTION
- HOW TO CONVERT NUMBER INTO HEXADECIMAL NUMBER | CONVERT INT INTO HEX
- WHAT ARE COMPUTER MEMORY | TYPES OF COMPUTER MEMORY | RAM AND ROM
- KEY COMPONENTS OF A COMPUTER | MAIN COMPONENTS OF CPU
- WHAT IS ARITHMETIC AND LOGIC UNIT | COMPONENTS AND FUNCTION
- FUNCTION OF CONTROL UNIT OF A COMPUTER SYSTEM
- WHAT IS A MICROPROCESSOR | USE OF MICROPROCESSOR
- MICROCOMPUTER MINICOMPUTER AND MAINFRAME COMPUTER
- INTERNAL WORKING OF COMPUTER
- WHAT IS INTERFACE IN COMPUTER SYSTEM
- MAIN TYPES OF HIGH-LEVEL LANGUAGES
- GENERATIONS OF LANGUAGES IN COMPUTER SYSTEM
- HOW TO WRITE A PROGRAM | STEPS OF WRITING A COMPUTER PROGRAM