Solving Polynomial Systems Using a Bran h and Prune Approa

A Transformational Approa h to BinaryTranslation of Delayed Bran

A Symbolic-Numerical Branch and Prune Algorithm for Solving Non-linear Polynomial Systems

This paper discusses the processing of non-linear polynomial systems using a branch and prune algorithm within the framework of constraint programming. We propose a formalism for a kind of branch and prune algorithm implementing symbolic and numerical methods to reduce the systems with respect to a relation de ned from both inclusion of variable domains and inclusion of sets of constraints. The...

What an robots tell us about brains ? A syntheti

approa h towards the study of learning and problem solving. Thomas Voegtlin, Paul F.M.J. Vers hure, Institute of Neuroinformati s, ETH-UZ, Z uri h, Switzerland. thomas ini.phys.ethz. h, pfmjv ini.phys.ethz. h Voegtlin, T. and Vers hure, P. F. M. J. (1999) What an robots tell us about brains? A syntheti approa h towards the study of learning and problem solving, Reviews in the Neuros ien es, 10...

Resolution of Fuzzy Complex Systems of Linear Equations Via Wu's Method

The aim of this paper is to present algebraic method which is called Wu's method to solving fuzzy complex systems of linear equations. Wu's method is used as a solution procedure for solving the crisp polynomial equations system. This algorithm leads to solving characteristic sets that are amenable to easy solution. To illustrate the easy application of the proposed method, numerical examples a...

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approa h towards the study of learning and problem solving. Thomas Voegtlin, Paul F.M.J. Vers hure, Institute of Neuroinformati s, ETH-UZ, Z uri h, Switzerland. thomas ini.phys.ethz. h, pfmjv ini.phys.ethz. h Voegtlin, T. and Vers hure, P. F. M. J. (1999) What an robots tell us about brains? A syntheti approa h towards the study of learning and problem solving, Reviews in the Neuros ien es, 10...