## Combinatorial and Computational MathematicsServes as an introduction to the knowledge in various areas like Formal Languages, Applications of Fuzzy Set Theory, Combinatorial Problems, Fluid Mechanics and more. In this book, articles on Multi - Objective programming, Neural Networks, and Formal Languages provide applications of well known areas like Computational Fluid Mechanics. |

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### Contents

Preface | 1 |

Computation of Some Stochastic Linear Programming Problems | 24 |

Local Image Reconstruction from Localized Projections via | 39 |

S Gogulwar and KC Deshmukh | 60 |

Simultaneous RadiationMixed Convection Heat Transfer from a | 74 |

PVSSSR Krishna D Srinivasacharyaand PVSN Murthy | 88 |

DFA for Multiples of a Number | 103 |

Application of Neural Network for Solving Fuzzy MultiObjective | 117 |

Contents | 146 |

B Satpathy andA K Pradhan | 160 |

Nalini Prava Sahoo M P Biswal andD Acharya | 176 |

Differentiability of Boehminas Using Point Values | 193 |

Swaminathan and P Amahrpava Mary | 207 |

A K Singh A Klar M K Banda andS Sundar | 221 |

W B Vasantha NR Neelakantan and S Ramathilagam | 236 |

An Application of Intuitionistic Fuzzy Bag in Multicretiria | 133 |

### Common terms and phrases

algorithm bd(P Boehmians boundary conditions celsius Combinatorial and Computational Computational Mathematics Editors consider constraint context contextual grammars crisp cut vertex defined defuzzification Delhi denoted Department of Mathematics depth-first derivation deterministic diffuse reflections distance-hereditary Distance-Hereditary Graphs distillation dominating set edge Edge-Label equation equicontinuous exists expected fineness expert systems finished product finite flow fluid fuzzy expert systems fuzzy logic fuzzy rules Fuzzy Sets G.P. Rajasekhar Copyright gasoil graph G grinding circuit heat transfer India induced subgraphs input languages lattice Let G linear programming membership function membership grade method Mldf Nanda and G.P. Narosa Publishing House neural network normal random variable objective function obtained output parameter point set domination porous medium precise temperature set psd set radiation restrained dominating Reynolds number selector separator speed simple polygon solution strong dominate subdivide temperature set point Theorem thermal throttle transform velocity vertices visible wavelet yp(G Yr set