Computer Mathematics: 9th Asian Symposium (ASCM2009), Fukuoka, December 2009, 10th Asian Symposium (ASCM2012), Beijing, October 2012, Contributed Pape [Paperback]

This book covers original research and the latest advances in symbolic, algebraic and geometric computation; computational methods for differential and difference equations, symbolic-numerical computation; mathematics software design and implementation; and scientific and engineering applications based on features, invited talks, special sessions and contributed papers presented at the 9th (in Fukuoka, Japan in 2009) and 10th (in Beijing China in 2012) Asian Symposium on Computer Mathematics (ASCM). Thirty selected and refereed articles in the book present the conference participants ideas and views on researching mathematics using computers.

Sparse Polynomial Interpolation by Variable Shift in the Presence of Noise and Outliers in the Evaluations.- An Incremental Algorithm for Computing Cylindrical Algebraic Decompositions.- Finding the Symbolic Solution of a Geometric Problem through Numeric Computations.- A Simple Quantifier-free Formula of Positive Semidefinite Cyclic Ternary Quartic Forms.- The vanishing ideal of a finite set of points with multiplicity structures.- Signature-based Method of Deciding Program Termination.- High-precision eigenvalue bound for the Laplacian with singularities.- Degree and dimension estimates for invariant ideals of P-solvable recurrences.- POLY : A new polynomial data structure for Maple 17.- A Symbolic Approach to Compute a Null-Space Basis in the Projection Method.- Real Root Isolation of Polynomial Equations Based on Hybrid Computation.- Overview of the Mathemagix type system.- Resultant-Free Computation of Indefinite Hyperexponential Integrals.- ImUp: A Maple Package for Uniformity-Improved Reparameterization of Plane Curves.- The Diagonal Reduction Algorithm Using Fast Givens.- Constructing Generalized Bent Functions from Trace Forms over Galois Rings.- Matrix Formula of Differential Resultant for First Order Generic Ordinary Differential Polynomials.- Simplification of the lattice based attack of Boneh and Durfee fol3Ã