I\'m looking for a (space) efficient implementation of an LCS algorithm for use in a C++ program. Inputs are two random access sequences of integers.
Given an arbitary peg solitaire board configuration, what is the most effecient way to compute any series of moves that results in the \"end game\" position.
What is the right way to split a string into words ? (string doesn\'t contain any spaces or punctuation marks)
Consider the problem in which you have a value of N and you need to calculate how many ways you can sum up to N dollars using [1,2,5,10,20,50,100] Dollar bills.
This question already has answers here: What is memoization and how can I use it in Python? (14 answers)
I want to break a domain name into constituent words and numbers e.g. iamadomain11.com = [\'i\', \'am\', \'a\', \'domain\', \'11\']
Assuming that a general Trie of dictionary words is built, what would be the best method to check for the 4 cases of spelling mistakes - substitution, deletion, transposition and insertion during trav
I\'ve been trying to figure this out all night, but I guess my knowledge of the .Net Framework just isn\'t that deep and the problem doesn\'t exactly Google well, but if I can get a nod in the right d
I\'d like to have property getters and methods that I can decorate with my own custom attribute and based on the presence of that attribute replace the method bodies with a different implementation.Al
Consider 2 sequences X[1..m] and Y[1..n]. The memoization algorithm would compute the LCS in time O(m*n). Is there any better algorithm to f开发者_StackOverflow社区ind out LCS wrt time? I guess memoiz
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