Differential Equations and Applications, Volume 5Yeol Je Cho Preface; Existence for set Differential Equations via Multivalued Operator Equations; Nonlocal Cauchy Problem for Abstract Functional Integrodifferential Equations; Existence Results for Discontinuous Functional Evolution Equations in Abstract Spaces; A Generalised Solution of the Black-Scholes Partial Differential Equation; Optimality and Duality for Multiobjective Fractional Programming with Generalised Invexity; Markovian Approach to the Backward Recurrence Time; A Multiplicity Result of Singular Boundary Value Problems for Second Order Impulsive Differential Equations; Extremal Solutions of Initial Value Problem for Non-linear Second Order Impulsive Integro-Differential Equations of Volterra Type in Banach Spaces; Construction of Upper and Lower Solutions for Singular p-Laplacian Equations with Sign Changing Nonlinearities; A Qualitative Hamiltonian Model for Human Motion; ; Newton's Method for Matrix Polynomials; Admissibility and Non-Uniform Dichotomy for Differential Systems; Boundary Value Problems of Fuzzy Differential Equations on an Infinite Interval; An Ultimate Boundedness Result for a Certain System of Fourth Order Non-linear Differential Equations; The Initial Value Problems for the First Order System of Non-linear Impulsive Integro-Differential Equations; Generic Well-Posedness of Nonconvex Optimal Control Problems; Index. |
Contents
15 | |
NONLOCAL CAUCHY PROBLEM FOR ABSTRACT FUNCTIONAL INTEGRODIFFERENTIAL EQUATIONS | 2 |
EXISTENCE RESULTS FOR DISCONTINUOUS FUNCTIONAL EVOLUTION EQUATIONS IN ABSTRACT SPACES | 17 |
A GENERALIZED SOLUTION OF THE BLACKSCHOLES PARTIAL DIFFERENTIAL EQUATION | 29 |
OPTIMALITY AND DUALITY FOR MULTIOBJECTIVE FRACTIONAL PROGRAMMING WITH GENERALIZED INVEXITY | 39 |
MARKOVIAN APPROACH TO THE BACKWARD RECURRENCE TIME | 47 |
BOUNDARY VALUE PROBLEMS FOR SECOND ORDER IMPULSIVE DIFFERENTIAL EQUATIONS | 51 |
EXTREMAL SOLUTIONS OF INITIAL VALUE PROBLEM FOR NONLINEAR SECOND ORDER IMPULSIVE INTEGRODIFFERENTIAL EQUA... | 65 |
A QUALITATIVE HAMILTONIAN MODEL FOR HUMAN MOTION | 99 |
NEWTONS METHOD FOR MATRIX POLYNOMIALS | 107 |
ADMISSIBILITY AND NONUNIFORM DICHOTOMY FOR DIFFERENTIAL SYSTEMS | 113 |
BOUNDARY VALUE PROBLEMS OF FUZZY DIFFERENTIAL EQUATIONS ON AN INFINITE INTERVAL | 121 |
AN ULTIMATE BOUNDEDNESS RESULT FOR A CERTAIN SYSTEM OF FOURTH ORDER NONLINEAR DIFFERENTIAL EQUATIONS | 127 |
ORDER SYSTEM OF NONLINEAR IMPULSIVE INTEGRODIFFERENTIAL EQUATIONS IN BANACH SPACES | 137 |
GENERIC WELLPOSEDNESS OF NONCONVEX OPTIMAL CONTROL PROBLEMS | 149 |
163 | |
CONSTRUCTION OF UPPER AND LOWER SOLUTIONS FOR SINGULAR pLAPLACIAN EQUATIONS WITH SIGN CHANGING NONLINEAR... | 81 |
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2007 Nova Science Anal Appl Assume Banach space boundary value problems bounded set boundedness Cauchy problem closed subset consider converges convex defined denote dynamics E-mail Equations and Applications existence result exponential dichotomy fixed point fourth order Fréchet derivative Fuzzy Differential Equations fuzzy numbers Fuzzy Sets graph(A growth condition Hamiltonian implies impulsive integro-differential equations inequality initial value problem integrands L²(J Lemma lower semicontinuous lower solution main result mapping Math Mathematics Subject Classification matrix polynomial metric mild solutions Newton's Method nonlinear Nova Science Publishers optimal control problems p)-invex parameters PC[J PC¹[J Pi(t positive solution Proof properties qualitative satisfies second order impulsive singular solvent strong topology T*QN t₁ Theorem 3.1 theory u₁ un(t v₁ Volume 5 Editors weak solution weak topology weakly efficient solution Yeol Je Cho