Paul, Christopher A.H. - Department of Mathematics, University of Manchester

• ISSN 1360-1725 Modelling and Analysis of Time-Lags
• A Test Set of Functional Differential Equations C.A.H. Paul
• ISSN 1360-1725 Designing Efficient Software for Solving
• ISSN 1360--1725 Modelling and Analysis of TimeLags
• UNIVERSITY OF MANCHESTER Developing a Delay Differential Equation
• UNIVERSITY OF MANCHESTER A FORTRAN 77 Code for
• A Test Set of Functional Differential Equations C.A.H. Paul
• Issues in the Numerical Solution of Evolutionary Delay Differential Equations
• ISSN 1360-1725 Mathematical Modelling Of The Interleukin-2
• ISSN 1360-1725 The Treatment of Derivative Discontinuities in
• ISSN 1360-1725 Differential Algebraic Equations with
• ISSN 1360-1725 Pitfalls in Parameter Estimation for Delay
• ISSN 1360-1725 Designing Ecient Software for Solving
• A Short Note on Delay Effects in Cell Proliferation
• Performance and Properties of a Class of Parallel Continuous Explicit Runge-Kutta Methods for
• UNIVERSITY OF MANCHESTER Experience of STRIDE applied to delay
• ISSN 1360-1725 A Short Note on Delay Effects in Cell
• UNIVERSITY OF MANCHESTER Developing a Delay Differential Equation
• UNIVERSITY OF MANCHESTER A FORTRAN 77 Code for
• UNIVERSITY OF MANCHESTER Stability boundaries revisited -Runge-Kutta
• UNIVERSITY OF MANCHESTER Explicit RungeKutta Methods for the Numerical
• ISSN 1360-1725 A User-Guide to Archi
• UNIVERSITY OF MANCHESTER Stability boundaries revisited RungeKutta
• ISSN 1360-1725 A User-Guide to Archi
• ISSN 1360-1725 Di erential Algebraic Equations with
• ISSN 1360-1725 A Bibliography on the Numerical Solution of
• ISSN 1360--1725 The Treatment of Derivative Discontinuities in
• Performance and Properties of a Class of Parallel Continuous Explicit RungeKutta Methods for
• UNIVERSITY OF MANCHESTER Experience of STRIDE applied to delay
• UNIVERSITY OF MANCHESTER Explicit Runge-Kutta Methods for the Numerical
• A Global Convergence Theorem for a Class of Parallel Continuous Explicit Runge-Kutta Methods
• A Global Convergence Theorem for a Class of Parallel Continuous Explicit RungeKutta Methods
• ISSN 1360--1725 Mathematical Modelling Of The Interleukin2
• Issues in the Numerical Solution of Evolutionary Delay Differential Equations
• A Bibliography on the Numerical Solution of Delay Differential Equations
• Pitfalls in Parameter Estimation for Delay Differential Equations
• UNIVERSITY OF MANCHESTER | A fast, efficient, very low storage, adaptive |