bit position

bit position

[′bit pa′zish·ən]
(computer science)
The position of a binary digit in a word, generally numbered from the least significant bit.
References in periodicals archive ?
3-Analysis of Hamming Weight According to Bit Position (Strong S-box).
8] APA S-box for analysis of hamming weight according to bit position, and observe that performence is improved when we raise number of counts from 10 to 1000 and graphs of both boxes is almost similar to the optimal graphs of [4].
Thus F bit-slice files one for each bit position of the set signatures are used.
1];//store the current bit position F [right arrow] 1 ;//enable sequential search in leaf nodes 4.
The register is completed with a new bit position on the left, this being calculated as the value of a function of other bits from the register (Fig.
For each failure the tool displays: the failing memory port, the failing row and column addresses and bit position, the algorithm used to test the memory, and the phase of the algorithm in which the failure was detected.
Bit-strings are used within our implementation of Rete to flag the validity of facts or rules for particular agents--a setting of 1 in a particular bit position shows the validity of this item for the agent which owns this bit position.
In early 1981, the extended superframe format, then called the extended framing format, was publicly declared the Bell System's new standard framing format for all new designs of DS1-level equipment that frame on the 193rd bit position in the frame of the 1.
Recall that the pattern repeats every 12 frames ("superframe" for this format) and that the framing bit position occurs at a rate of 8,000 times per second (because there are 8,000 frames per second).
It also automatically generates software macros that depict hardware register addresses, size and bit position, eliminating errors that can occur in a manual approach.
EM technology is the next generation technology for transmitting bit position, drilling dynamics, and Pressure While Drilling (PWD) information from the bit to surface during the drilling of oil and gas wells.
Included in the many unique capabilities, is the ability to create multiple templates that label the bit positions for the registers of multiple PHY vendors reducing the set up time required in using and evaluating these devices.