Stewart, William J. - Department of Computer Science, North Carolina State University

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Stewart, William J. - Department of Computer Science, North Carolina State University

Efficient DescriptorVector Multiplications in Stochastic Automata Networks
April 1, 2009 Time: 10:08am fm.tex Preface and Acknowledgments xv
Elsevier Editorial System(tm) for Future Generation Computer Systems Manuscript Draft
Rseaux d'automates stochastiques temps discret
pp: 1--19 (col.fig.: nil) PROD. TYPE: COM
Autonomous Solution Methods for Large Markov Chains Walter S. Barge, II William J. Stewart
Numerical Analysis Methods William J. Stewart
Markov Chains and Spectral Clustering October 2010 1 Markov Chains and Spectral Clustering
A Numerical Study of Large Sparse Matrix Exponentials Arising in Markov Chains \Lambda
Numerical Methods for Computing Stationary Distributions of Finite Irreducible Markov Chains
Numerical Issues for Stochastic Automata Paulo Fernandes \Lambda , Brigitte Plateau y and William J. Stewart z
ON THE EFFECTS OF USING THE GRASSMANN--TAKSAR--HEYMAN METHOD
Algorithms for Periodic Markov Chains Francois Bonhoure y
The Numerical Solution of Stochastic Automata Networks
COMPARISON OF PARTITIONING TECHNIQUES FOR TWOLEVEL ITERATIVE SOLVERS ON LARGE, SPARSE MARKOV CHAINS
PCyclic SOR for Markov Chains Kimon Kontovasilis \Lambda Robert J. Plemmons y William J. Stewart z
On the Bene ts of Using Functional Transitions and Kronecker Algebra
From Queueing Networks to Markov Chains: The XMARCA Interface.
On the Use of Periodicity Properties for the Efficient Numerical Solution of Certain Markov
Numerical Experiments with Iteration and Aggregation for Markov Chains
Numerical Methods in Markov Chain Modelling Bernard Philippe y
A TWOSTAGE ITERATIONFOR SOLVING NEARLY COMPLETELY DECOMPOSABLE
April 1, 2009 Time: 10:08am fm.tex Preface and Acknowledgments
MARCA: MARKOV CHAIN ANALYZER A Software Package for Markov Modelling
QUASI--LUMPABILITY, LOWER BOUNDING COUPLING MATRICES, AND
Stochastic Automata Networks Brigitte Plateau and William J. Stewart
NUMERICAL LINEAR ALGEBRA WITH APPLICATIONS Numer. Linear Algebra Appl. 2003; 10:1{29 Prepared using nlaauth.cls [Version: 2000/03/22 v1.0]
Numerical Solution of Markov Chain Equations William J. Stewart
A General Framework for Iterative Aggregation/Disaggregation Methods
On the Use of Numerical Methods for ATM Models William J. Stewart.
Testing the Nearest Kronecker Product Preconditioner on MCs Amy N. Langville and William J. Stewart y
Optimizing Tensor Product Computations in Stochastic Automata Networks