Randomized Rounding without Solving the Linear Program
Neal E. Young
Abstract
Neal E. Young
Abstract
We introduce a new technique called oblivious rounding --- a variant of randomized rounding that avoids the bottleneck of first solving the linear program. Avoiding this bottleneck yields more efficient algorithms and brings probabilistic methods to bear on a new class of problems. We give oblivious rounding algorithms that approximately solve general packing and covering problems, including a parallel algorithm to find sparse strategies for matrix games.
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We introduce a new technique called oblivious rounding --- a variant of randomized rounding that avoids the bottleneck of first solving the linear program. Avoiding this bottleneck yields more efficient algorithms and brings probabilistic methods to bear on a new class of problems. We give oblivious rounding algorithms that approximately solve general packing and covering problems, including a parallel algorithm to find sparse strategies for matrix games.
Key concepts: Rounding, Bottleneck, Randomized rounding, Computer science, Randomized algorithm, Probabilistic logic, Class (philosophy), Sparse matrix