Browse Papers
From IFORS
Contact Us
English
Remember me
Login
Forgot password?
Journal: BIT
Found
11 papers
in total
Date Descending
Date Ascending
Title Descending
Title Ascending
Simultaneous point estimates for Newton's method
2002,
Batra P.
Beside the classical Kantorovich theory there exist convergence criteria for the...
A new approach to the algebraic structures for integration methods
2002,
Butcher J.C.
The analysis of compositions of Runge–Kutta methods involves manipulations of...
Numerical solution of the Bagley–Torvik equation
2002,
Diethelm K.
We consider the numerical solution of the Bagley–Torvik equation Ay″(t)...
Convergence aspects of step-parallel iteration of Runge–Kutta methods for delay differential equations
2002,
Ding Xiaohua
Implicit Runge–Kutta methods are known as highly accurate and stable methods for...
Two-stage stochastic Runge–Kutta methods for stochastic differential equations
2002,
Burrage K.
In this paper we discuss two-stage diagonally implicit stochastic Runge–Kutta...
Monotone convergence of iterative methods for singular linear systems
2002,
Song Yongzhong
In this paper, monotonicity of iterative methods for solving general solvable singular...
Matrix multilevel methods and preconditioning
2002,
Huckle Thomas
The Matrix Multilevel approach is based on a purely matrix dependent description of...
Efficient parallel algorithms for shortest paths in planar diagraphs
1992,
Pantziou Grammati E.
Efficient parallel algorithms are presented, on the CREW PRAM model, for generating a...
Finding the k smallest spanning trees
1992,
Eppstein David
The paper gives improved solutions for the problem of generating the k smallest...
The most vital edges with respect to the number of spanning trees in two-terminal series-parallel graphs
1992,
Jan Rong-Hong
A set E' of k edges in a multigraph G=(V,E) is said to be a k most vital edge set ( k-...
On the spectra of sums of orthogonal projections with applications to parallel computing
1991,
Bjrstad Petter E.
Many parallel iterative algorithms for solving symmetric, positive definite problems...
Papers per page:
6 Papers
12 Papers
24 Papers
36 Papers
48 Papers