Problem Suppose you have N (~100k-1m) integers/bitstrings each K (e.g. 256) bits long. The algorithm should return the k pairs wi开发者_开发知识库th the lowest pairwise Hamming distance.
A binary string as defined here is fixed size \"array\" of bits. I call them strings since there is no order on them (sorting/indexing them as numbers has no meaning), each bit is independent of the o
Problem: Given a large (~100 million) list of unsigned 32-bit integers, an unsigned 32-bit integer input value, and a maximum Hamming Distance, return all list members that are within the specified H
In ruby, what is the most efficient way to calculate the bit difference between two unsigned integers (e.g. the hamming distance)?
As part of my master thesis, I get a number (e.g. 5 bits) with 2 significant bits (2nd and 4th). This means for example x1x0x, where $x \\in {0,1}$ (x coul开发者_运维问答d be 0 or 1) and 1,0 are bits
For the problem I\'m working on, finding distances between two sequences to determine their similarity, sequence order is very important. However, the sequences that I have are not all the same length
I have two equal length strings containing 1\'s and 0\'s. Each string is 128-bits long, and I want to calculate the Hamming distance between them. What\'s the best way I can go about doin开发者_如何学
Input: Graph G Output: several independent sets, so that the membership of a node to all independent sets is unique. A node therefore has no connections to any node in its own set. Here is an example
I want to generate a code on n bits for k different inputs that I want to classify. The main requirement of this code is the error-correcting criteria: that the minimum pairwise distance between any t
Let\'s assume I want to have a possibility of detecting 4-bit errors and recovering 2-bit errors. What the Hamming distan开发者_如何学运维ce should be then?
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