The aim of Discrete Applied Mathematics is to bring together research papers in different areas of algorithmic and applicable discrete mathematics as well as applications of combinatorial mathematics to informatics and various areas of science and technology. The Mathematical Software Section will consider papers falling in the same areas as Discrete Applied Mathematics, and will essentially publish three kinds of contributions: 1) Regular papers, processed and accepted for their mathematical novelty, for which, in addition, the authors give and describe the corresponding computer codes. 2) Papers presenting significant implementations of algorithms from the literature, provided they are of particular interest to the scientific community. Criteria for acceptance of this kind of contribution will be: high efficiency, proved through extensive computational experiments, significantly improving that of the best existing codes (one order of magnitude is considered to be significant); novelty of the software, when no other code for the same problem is available to the public domain. 3) Papers presenting comparative studies on relevant existing software.

Discrete Applied Mathematics / S. Martello; P.Toth Editors; Mathematical Software Section. - (2005).

Discrete Applied Mathematics

MARTELLO, SILVANO;TOTH, PAOLO;
2005

Abstract

The aim of Discrete Applied Mathematics is to bring together research papers in different areas of algorithmic and applicable discrete mathematics as well as applications of combinatorial mathematics to informatics and various areas of science and technology. The Mathematical Software Section will consider papers falling in the same areas as Discrete Applied Mathematics, and will essentially publish three kinds of contributions: 1) Regular papers, processed and accepted for their mathematical novelty, for which, in addition, the authors give and describe the corresponding computer codes. 2) Papers presenting significant implementations of algorithms from the literature, provided they are of particular interest to the scientific community. Criteria for acceptance of this kind of contribution will be: high efficiency, proved through extensive computational experiments, significantly improving that of the best existing codes (one order of magnitude is considered to be significant); novelty of the software, when no other code for the same problem is available to the public domain. 3) Papers presenting comparative studies on relevant existing software.
2005
Discrete Applied Mathematics / S. Martello; P.Toth Editors; Mathematical Software Section. - (2005).
S. Martello; P.Toth Editors; Mathematical Software Section
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11585/44640
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