We first prove the existence of natural Poly-APX-complete problems, for both standard and differential approximation paradigms, under already defined and ...
Abstract. We first prove the existence of natural Poly-APX-complete problems, for both standard and differential approximation paradigms,.
Completeness in standard and differential approximation classes
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Several problems are known to be APX-, DAPX-, PTAS-, or Poly-APX-PB-complete under suitably defined approximation-preserving reductions.
Jan 25, 2005 · Abstract. Several problems are known to be APX-, DAPX-, PTAS-, or Poly-APX-PB-complete under suitably defined approximation-preserving ...
We first prove the existence of natural Poly-APX-complete problems, for both standard and differential approximation paradigms, under already defined and ...
Two approximation ratios are commonly used in order to evaluate the approximation capacity of an algorithm: the standard ratio and the differential ratio. By ...
Dec 20, 2004 · We first prove the existence of natural Poly-APX-complete problems, for both standard and differential approximation paradigms, ...
Completeness in standard and differential approximation classes: Poly-(D)APX- and (D)PTAS-completeness · 29 Citations · 19 References.
Several problems are known to be APX-, DAPX-, PTAS-, or Poly-APX-PB-complete under suitably defined approximation-preserving reductions.
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Several problems are known to be APX-, DAPX-, PTAS-, or Poly-APX-PB-complete under suitably defined approximation-preserving reductions.