Examples of 'n-bit' in a sentence
Meaning of "n-bit"
N-bit (noun) - In computing, a term used to describe a processor, system, or data unit with a word size or memory capacity of a specific number of bits
How to use "n-bit" in a sentence
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n-bit
The n-bit word is formed by digital processing.
Computer architectures are often described as n-bit architectures.
Thus an n-bit number requires n distinguishable frequency bands.
The converter is driven by the n-bit digital counter.
An n-bit unit containing data and check bits is referred to as an nbit codeword.
The data portion comprises a number of n-bit data words.
The unit processes two n-bit words and comprises n circuit stages of this type.
The fields in the header are statically defined as n-bit wide quantities.
The N-bit encoded word is modulated onto an optical carrier.
Assume that an input signal has n-bit depth information.
An N-bit vector used in writing to and reading from the memory.
What has been described previously generalizes to N-bit memory points.
The second binary N-bit counter to receive the clock signal at its counting input ;.
We have an oracle consisting of n random Boolean functions mapping n-bit strings to a Boolean value.
The n-bit Toffoli gate is a generalization of Toffoli gate.
See also
To this end the first object of the invention is an N-bit asynchronous quantizer comprising,.
A particular N-bit word stored in these D flip-flop circuits represents a state of the machine.
The suspect signal is then analyzed to see if it matches the N-bit identification word.
Digital modulator delivering an n-bit digital signal having a sampling frequency F s ;.
N-bit block cipher algorithm.
The next step in our process is to choose N of our N-bit identification word.
A CRC is called an n-bit CRC when its check value is n bits long.
Mathematically speaking, 2n possible values exist for an n-bit key.
To calculate the first N bits of this number in binary requires an N-bit program.
Fig . 1 is a block diagram of the preferred embodiment of an n-bit gray code counter.
In practice, with n-bit addresses, the position of the n bits is reversed.
First of all, a size of the n-bit is not limited.
A source of n-bit binary values representing desired pulse widths, n an integer ;.
An analogous property holds for acyclic n-bit Gray codes and Hamiltonian paths.
For n-bit words there are 2n possible levels corresponding to the 2n possible binary states.
To factor an n-bit integer.
Assume that at the beginning of a sample period register 12 contains an N-bit sample.
The product of two n-bit numbers can potentially have 2n bits.
For each possible m-bit information word a few n-bit codewords are available.
To output one n-bit word from the FIFO memory,.
Memory 60 contains a decision table which is a replica of the particular N-bit pattern to be detected.
For convenience, an n-bit PN sequence is referred to herein as a PNn sequence.
To explain this assembly process, suppose we have a reversible n-bit gate f and a reversible m-bit gate g.
N-bit synchronous counters can generate 2N different combinations.
Preceding one and the product of two n-bit numbers may possess up to 2n bits.
FIG . 3 shows a digital word consisting of a digitized sample provided with a n-bit coding suffix ;.
Means for interpreting the N-bit portion as a binary coded number n ;.
An N-bit interpolation analog / digital circuit comprises a first stage of p comparators C1.
A modular counter apparatus for producing an n-bit count signal ; the apparatus comprising,.
The N-bit code word is modulated onto an optical carrier provided from CW laser 42.
The information signal comprises a serial sequence of n-bit symbols, n being an integer for which holds n ≥ 1.
For example, Klimov and Shamir proposed triangular functions ( T-functions ) with a single cycle on n-bit words.
The points 202 represent the various values specified by the n-bit counters after a determined capture time.
The product of two N-bit numbers requires 2N bits to contain all possible values.
To be a bit more precise, let E be an n-bit block cipher.
