A bit is a single digit in binary - the system that a computer uses to count. As humans we use a number system called Denary or Decimal. This means that each column of numbers represents a power of 10, moving from right to left.
For example:
When we write a number, (512 for example) what we are really saying is:
5 1 2
(5 multiplied by 100) + (1 multiplied by 10) + 2 = 512
It's commonly believed that we use 10 as the base for our number system because we learned to count on our fingers (+ thumbs). Most of the time we have 10 digits on both hands to count on.
Computers of course, don't have hands so they have to count a different way - using electrical switches that are either on or off (just like your finger might be up or down if you were counting on them).
So computers count using a number system that's based on the number 2 - because a simple switch can only have two states - on or off.
A bit is one of those simple switches. It can have one of only two possible values - 1 or 0.
Canonical Name
Binary Integer
Operating
Random Access Memory.
Read Only Memory
Write once, Read many
A binit is a computing term for a bit or a binary digit.
When one is referring to computing NaN is said to stand for "Not a Number". This means that the monitoring system is not receiving any numeric data. This is often considered to be an error message.
The definition of parallel computing is the processing of data many bits at a time as opposed to serial computing which is the processing of data one bit at a time.
In quantum computing, a qubit can exist in multiple states simultaneously, known as superposition, while a regular bit in classical computing can only be in one state at a time. This allows qubits to perform complex calculations much faster than classical bits.
In computing, it means: Common Information Model(CIM).
RGB stands for Red, Green and Blue.