Binary Digit


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Related to Binary Digit: byte

binary digit

[′bīn·ə·rē ′dij·ət]
(computer science)
bit

Binary Digit

 

(in information theory), a unit used to measure entropy and the quantity of information. An entropy of 1 binary digit (1 bit) has a source with two equiprobable messages. The term is derived from the fact that the number of binary digits determines (to an accuracy of 1) the average number of characters required to record messages from a given source in the binary code. Decimal digits (decit) are also used. The conversion from one digit to another corresponds to the change in the base of logarithms when the entropy and the quantity of information are being determined (10 instead of 2). The conversion formula is 1 decit = 1/log 2 bits ≈ 3.32 bits.

References in periodicals archive ?
This is more challenging when using metrics like minutes, words, or binary digits that host content with different compression rates.
Three units were used to measure consumption: hardware binary digits, words, and hours.
30 frames per second), we actually have to send 221,184,000 binary digits per second.
It all sounds like the plot of a (mediocre) science fiction novel: strange beings with names like the Cancelbunny, an 144108, XS4ALL, and Scamizdat, fighting on a battleground with no fixed location any where on earth, using strings of binary digits as their weapons.
A field is a byte or group of bytes, that is binary digits, assigned to convey specific information inside a given format.
A microphone picks up the individual's speech that is in analog or wave form, and the speech waves are broken down into patterns of binary digits by a digital signal processor to represent the vocal sounds of human speech.
One full adder is accountable for the addition of two binary digits at any phase of the ripple carry.
Instead of being transmitted "raw", the signal is turned into a series of ones and zeros - binary digits or bits for short, before being broadcast.
These binary digits sent in intermittent bursts of incomplete information make TDMA less vulnerable to cloning fraud and eavesdropping.
The answer to this problem of representing data using only binary digits is surprisingly simple.