The LMS Journal of Computation and Mathematics was a free online journal that published internationally-leading papers addressing topics in computational pure and applied mathematics, including papers at the interface of Mathematics and Computer Science. The journal was closed to new submissions in October 2015 and the 2017 volume will be the final one. Since 2010 the journal has been hosted online by Cambridge University Press, including the archive dating back to 1998. The LMS is committed to maintaining this archive of published papers into the indefinite future. |
Subject |
Editorial Adviser |
Special interests |
Algebraic geometry (see also Number theory) |
G. D. Brown |
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S. D. Galbraith |
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Algorithms, see Computer science or Symmetry methods | ||
Approximation theory |
J. Levesley |
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Arithmetic geometry, see Number theory | ||
Combinatorics |
A. G. Thomason |
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Complexity, see Computer science |
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Computational algebraic geometry, see Algebraic geometry | ||
Computational group theory |
C. M. Roney-Dougal |
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Computational modelling, see Mathematical and computational modelling | ||
Computational number theory, see Number theory | ||
Computer science | M. Fernández Department of Computer Science King’s College London |
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L. A. Gasieniec Department of Computer Science University of Liverpool |
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M. Lohrey |
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F. G. Moller |
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J-É. Pin |
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Constraint satisfaction problems |
C. M. Roney-Dougal |
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Cryptography, see Number theory | ||
Differential and difference equations, see Symmetry methods or Mathematical and computational modelling | ||
Dynamical systems, see Mathematical and computational modelling |
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Dynamics, see Mathematical and computational modelling |
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Geometric group theory Geometric topology |
I. Kapovich |
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Geometric integration, see Mathematical and computational modelling or Symmetry methods | ||
Geometry, see Algebraic geometry or Number Theory |
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Graph theory, see Combinatorics |
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Group theory, see Computational group theory or Geometric group theory |
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Hamiltonian structures, see Mathematical and computational modelling | ||
Image analysis and processing, see Mathematical and computational modelling | ||
Integrability, see Mathematical and computational modelling | ||
Linear algebra (numerical), see Mathematical methods and computational modelling |
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Logic, see Computer science |
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Mathematical and computational modelling |
M. Leok |
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J. P. Wang |
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A. Zanna |
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Moving frames, see Symmetry methods | ||
Number theory |
T. A. Fisher |
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S. D. Galbraith |
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S. Siksek |
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Numerical analysis and methods, see Mathematical and computational modelling or Approximation theory |
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Numerical linear algebra, see Mathematical and computational modelling | ||
ODEs, see Mathematical and computational modelling or Symmetry methods |
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PDEs, see Mathematical and computational modelling or Symmetry methods |
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Representation theory, see Computational group theory |
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Semantics, see Computer science |
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Stochastic analysis |
D. Crisan |
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Symmetry methods |
P. Hydon |
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Theoretical computer science, see Computer science | ||
Topology, see Geometric topology |
Submitted by Ola Tornkvist on 19 November, 2015 15:34