BLIS
swMATH ID:  6319 
Software Authors:  Ted Ralphs 
Description:  The BiCePS Linear Integer Solver (BLIS) is built on top of BiCePS and is a concretization of this library in which the relaxation method used is linear programming. BLIS is implemented with largely the same philosophy as SYMPHONY, but is written in C++ so that the user need only derive a few classes and override the appropriate methods in order to develop a stateoftheart parallel algorithm for a particular problemsetting. BLIS will eventually have largely the same user interface as COIN/BCP, a previously developed C++ library similar to SYMPHONY. BLIS is also available open source through the COINOR CVS repository. 
Homepage:  http://coral.ie.lehigh.edu/~ted/software/#BLIS 
Keywords:  BiCePS Linear Integer Solver 
Related Software:  BiCePS; ALPS; CHiPPS; SYMPHONY; PICO; BLAS; LAPACK; MIPLIB; PEBBL; MKL; BLIS; GitHub; CPLEX; MIPLIB2003; ParaSCIP; FiberSCIP; UG; SCIP; PLASMA; MAGMA 
Cited in:  13 Publications 
Standard Articles
1 Publication describing the Software, including 1 Publication in zbMATH  Year 

A library hierarchy for implementing scalable parallel search algorithms. Zbl 1062.90039 Ralphs, T. K.; Ládanyi, L.; Saltzman, M. J. 
2004

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top 5
Cited by 30 Authors
Cited in 5 Serials
4  ACM Transactions on Mathematical Software 
2  Computers & Operations Research 
2  INFORMS Journal on Computing 
2  Mathematical Programming Computation 
1  The Journal of Supercomputing 
Cited in 5 Fields
8  Operations research, mathematical programming (90XX) 
5  Numerical analysis (65XX) 
3  Computer science (68XX) 
1  Measure and integration (28XX) 
1  Geometry (51XX) 