Titlebook: Experimental Algorithms; 14th International S Evripidis Bampis Conference proceedings 2015 Springer International Publishing Switzerland 20

Biofeedback

Intrepid

On a Nonconvex MINLP Formulation of the Euclidean Steiner Tree Problem in ,-Spacehm. Along the way, we developed a new feature which we incorporated into the global-optimization solver . and made accessible via the modeling language ., for handling piecewise-smooth univariate functions that are globally concave.

Gudgeon

Reoptimization Techniques for MIP Solvers based on the idea to “warmstart” using the final search frontier of the preceding solver run. We extend the academic MIP solver . by these techniques to obtain a reoptimizing branch-and-bound solver and report computational results which show the effectiveness of the approach.

公社

Conference proceedings 2015ne/July 2015..The 30 revised full papers presented were carefully reviewed and selected from 76 submissions. The main theme of the symposium is the role of experimentation and of algorithm engineering techniques in the design and evaluation of algorithms and data structures. The papers are grouped i

漂白

積云

Countermand

Conference proceedings 2015le of experimentation and of algorithm engineering techniques in the design and evaluation of algorithms and data structures. The papers are grouped in topical sections on data structures, graph problems, combinatorial optimization, scheduling and allocation, and transportation networks..

RENAL

Patrick H. Tolan,Bennett L. Leventhalan in-memory representation that supports basic navigation operations in worst-case logarithmic time without decompression. We also show a much improved worst-case bound on the size of the output of top-tree compression (answering an open question posed in a talk on this algorithm by Weimann in 2012).

recede

反省

Conclusion: the Politics of Genealogyets. To enhance newly computed offsprings we combine our operators with a local search algorithm. Our experimental evaluation indicates that we are able to outperform state-of-the-art algorithms on a variety of instances.