I was thinking, I wanted to do a variation on the Knapsack Problem. Imagine the original problem, with items with various weights/value.
I\'m teaching myself basic programming principles, and I\'m stuck on a dynamic programming problem. Let\'s take the infamous Knapsack Problem:
SPOILERS: I\'m working on http://www.spoj.pl/problems/KNAPSACK/ so don\'t peek if you don\'t want a possible solution spoiled for you.
Here I have code which calculates the optimal value using the knapsack algorithm (bin packing NP-hard problem):
This is a little fun project that I have started to try and maximize my chances of winning our office hockey pool. I\'m trying to find the best way to select 20 players that will give me the most poin
I wrote this implementation of the branch and bound knapsack algorithm based on the pseudo-Java code from here. Unfortunately, it\'s memory choking on large instances of the problem, like this. Why is
I have a 5x5 table of values from 0 to 3 inclusive with all values unknown.I know both the sum of the values and the number of zeros for each row and column.How would I go about solving this 0-1 knaps
I am trying to develop an algorithm to select a subset of activities from a larger list. If selected, each activity uses some amount of a fixed resource (i.e. the sum over the selected activities must
I want to solve the knapsack problem with dynamic programming! The item should be in the knapsack or not, I do not want to put the same item in the knapsack more then one time!
Problem I have a Hash of data that looks something like this. { \"GROUP_A\" => [22, 440], \"GROUP_B\" => [14, 70],
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