|
|
|
|
|
|
|
|
|
|
|
|
|
Professor M. Buhmann |
Numerical analysis · Multivariate
approximation and interpolation · Splines · Radial basis
functions · Wavelets |
|
Professor J-M. Couveignes |
Number theory · Algorithmic aspects of finite fields, number fields and function fields · Applications of the above to cryptology and coding theory |
|
Dr D. Crisan |
Stochastic analysis · Stochastic filtering · Stochastic PDEs · Strong/weak approximations of functions of SDEs |
|
Dr N. P. Dummigan |
Number theory · Arithmetic
geometry and L-functions · Elliptic curves and modular forms |
|
Dr M. Fernández |
Computer science · Models of computation · Programming language semantics, type systems and access control |
|
Professor L. A. Goldberg |
Computational complexity · Randomised algorithms · Computational complexity of counting |
|
Professor I. Kapovich |
Geometric group theory |
|
Professor W. S. Kendall |
Applied probability theory · Markov chain
Monte Carlo · Perfect
simulation · Computer algebra in probability and statistics |
|
Professor K. Kunen |
Logic · Theorem
proving · Set theory |
|
Professor E. L. Mansfield |
Symbolic analysis · Algorithmic
methods for difference and differential equations · Lie symmetry
methods · Moving
frames · Formal theory of PDE |
|
Professor B. Poonen |
Number theory and algebraic geometry · Rational points on varieties · Connections between arithmetic geometry and logic |
|
Professor S. Reich |
Mathematical and computational modelling
· Numerical
methods for differential equations (ODEs/PDEs) · Numerics and analysis for multi-scale problems · Methods for
Hamiltonian and general dynamical systems · Geophysical
fluid dynamics · Molecular dynamics |
|
|
Computational group theory · Finite
permutation and matrix groups · Finite simple groups ·
Representation theory of finite groups Constraint satisfaction problems |
|
Professor R. E. Schwartz |
Computational geometry and dynamics · Computer assisted proofs in geometry, low-dimensional topology, dynamics · Computational geometry and topology
|
|
Professor I. A. Stewart |
Theoretical computer science · Algorithms · Complexity
theory · Finite model
theory · Pure and
applied graph theory · Theoretical aspects of artificial intelligence |
|
Professor A. G. Thomason |
Combinatorics · Graph theory and hypergraphs · Combinatorial set theory |
Technical
and editorial support:
Submissions are received and handled through the review process and up to publication by LMS staff at De Morgan House, London.
The founding Editor-in-Chief was Professor James H.
Davenport, of the University of Bath.
|
Editorial Control: |