Matlab Toolbox MatTuGames Version 1.9.2

The game theoretical Matlab toolbox MatTuGames provides more than 700 functions for modeling, and calculating some solutions as well as properties of cooperative games with transferable utilities. In contrast to existing Matlab toolboxes to investigate TU-games, which are written in a C/C++ programming style with the consequence that these functions are executed relatively slowly, we heavily relied on vectorized constructs in order to write more efficient Matlab functions. In particular, the toolbox provides functions to compute the (pre-)kernel, (pre-)nucleolus, anti (pre-)kernel, and modiclus as well as game values like the Banzhaf, Myerson, Owen, position, Shapley, solidarity, and coalition solidarity value and much more. In addition, we will discuss how one can use Matlab's Parallel Computing Toolbox in connection with this toolbox to benefit from a gain in performance by launching supplementary Matlab workers. Some information are provided how to call our Mathematica package TuGames within a running Matlab session.