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Hardware software partitioning is one of the most significant problem in embedded system design. The size of the total solution space for this problem is typically quite large. This problem has been investigated extensively. This paper is the first work to model the problem into a knapsack problem. We present a way to split the problem into standard 0-1 knapsack problems, so that most of the classical approaches for 0-1 knapsack problems can be directly applied. We use tight lower bound and tight upper bound on each of these knapsack problems to eliminate sub-problems, which are guaranteed not to give optimal results.

Knapsack Model and Algorithm for HW/SW Partitioning Problem