Shinano, Y., Rehfeldt, D. und Gally, T.M. (2019) An easy way to build parallel state-of-the-art combinatorial optimization problem solvers: A computational study on solving Steiner tree problems and mixed integer semidefinite programs by using ug[SCIP-*,*]-libraries [cd], ZIB Report. Berlin: Zuse Institute Berlin.
Chicago Manual of Style 17th edition (full note)Shinano, Yuji, Daniel Rehfeldt, und Tristan M. Gally. An easy way to build parallel state-of-the-art combinatorial optimization problem solvers: A computational study on solving Steiner tree problems and mixed integer semidefinite programs by using ug[SCIP-*,*]-libraries. Cd. ZIB Report. Berlin: Zuse Institute Berlin, [2019?], Berlin: Zuse Institute Berlin, [2019?].
American Psychological Association 7th editionShinano, Y., Rehfeldt, D., & Gally, T. M. (ca. 2019). An easy way to build parallel state-of-the-art combinatorial optimization problem solvers: A computational study on solving Steiner tree problems and mixed integer semidefinite programs by using ug[SCIP-*,*]-libraries [Cd]. In ZIB Report. Zuse Institute Berlin.
Modern Language Association 9th editionShinano, Y., D. Rehfeldt, und T. M. Gally. „An easy way to build parallel state-of-the-art combinatorial optimization problem solvers: A computational study on solving Steiner tree problems and mixed integer semidefinite programs by using ug[SCIP-*,*]-libraries“. ZIB Report, cd, Zuse Institute Berlin, 2019.
ISO-690 (author-date, Deutsch)SHINANO, Yuji, Daniel REHFELDT und Tristan M. GALLY, 2019. An easy way to build parallel state-of-the-art combinatorial optimization problem solvers: A computational study on solving Steiner tree problems and mixed integer semidefinite programs by using ug[SCIP-*,*]-libraries. Berlin: Zuse Institute Berlin