Oct 4, 2021 · The goal is to find a (non-overlapping) packing of a maximum profit subset of items inside the knapsack (without rotating items). The best-known ...

Nov 21, 2017 · The goal is to find a (non-overlapping) packing of a maximum profit subset of items inside the knapsack (without rotating items). The best-known ...

Abstract. We study the two-dimensional geometric knapsack problem (2DK) in which we are given a set of n axis-aligned rectangular items, each one with an ...

To the best of our knowledge, the best-known approximation ratio for L- packing is 2+ε: Remove either all vertical or all horizon- tal items, and then pack the ...

The best-known approximation ratio for the subproblem in the L-shaped region is 2 + 𝜀 (via a trivial reduction to one-dimensional knapsack), hence as a second ...

The goal is to find a (non-overlapping) packing of a maximum profit subset of items inside the knapsack (without rotating items). The best-known polynomial-time ...

Nov 21, 2017 · Abstract. We study the two-dimensional geometric knapsack problem (2DK) in which we are given a set of n axis-aligned rectangular items, ...

Thegoal is to find a (non-overlapping) packing of a maximumprofit subset of items inside the knapsack (without rotatingitems). The best-known polynomial-time ...

The goal is to find a (non-overlapping) packing of a maximum profit subset of items inside the knapsack (without rotating items). The best-known polynomial-time ...

The goal is to find a (non-overlapping) packing of a maximum profit subset of items inside the knapsack without rotating items. This is a very well-studied ...