Elizabeth Jessup | Academic Influence

Elizabeth Jessup's AcademicInfluence.com Rankings

Elizabeth Jessup

Computer Science

#12105

World Rank

#12898

Historical Rank

Computational Linguistics

#3154

World Rank

#3194

Historical Rank

Machine Learning

#5803

World Rank

#5886

Historical Rank

Artificial Intelligence

#6253

World Rank

#6357

Historical Rank

computer-science Degrees

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Computer Science

Elizabeth Jessup's Degrees

PhD Computer Science Stanford University

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Why Is Elizabeth Jessup Influential?

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According to Wikipedia, Elizabeth Redding Jessup is an American computer scientist specializing in numerical linear algebra and the generalized minimal residual method. She is a professor emerita of computer science at the University of Colorado Boulder.

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Elizabeth Jessup's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

Matrices, Vector Spaces, and Information Retrieval (1999) (780)
A Technique for Accelerating the Convergence of Restarted GMRES (2005) (177)
Solving the Symmetric Tridiagonal Eigenvalue Problem on the Hypercube (1990) (83)
Automating the generation of composed linear algebra kernels (2009) (70)
A simple strategy for varying the restart parameter in GMRES(m) (2007) (65)
Parallel Factorization of Structured Matrices Arising in Stochastic Programming (1994) (64)
Improving the Accuracy of Inverse Iteration (1992) (59)
On Improving Linear Solver Performance: A Block Variant of GMRES (2005) (58)
Build to order linear algebra kernels (2008) (57)
Introduction to High-Performance Scientific Computing (1996) (51)
Taking a new look at the latent semantic analysis approach to information retrieval (2001) (47)
Generating Efficient Tensor Contractions for GPUs (2015) (33)
A survey on software methods to improve the energy efficiency of parallel computing (2017) (32)
A case against a divide and conquer approach to the nonsymmetric eigenvalue problem (1993) (26)
Toward an Efficient Parallel Eigensolver for Dense Symmetric Matrices (1998) (23)
A hands-on introduction to molecular dynamics (2002) (21)
AN EFFICIENT BLOCK VARIANT OF GMRES (19)
Parallel solution of the symmetric tridiagonal eigenproblem (1989) (19)
Towards Characterizing the Variability of Statistically Consistent Community Earth System Model Simulations (2016) (18)
REPORT FROM THE TRENCHES: IMPLEMENTING CURRICULUM TO PROMOTE THE PARTICIPATION OF WOMEN IN COMPUTER SCIENCE (2005) (14)
Lighthouse: an automated solver selection tool (2015) (14)
Nine time steps: ultra-fast statistical consistency testing of the Community Earth System Model (pyCECT v3.0) (2017) (14)
Reliable Generation of High-Performance Matrix Algebra (2012) (14)
What should computer scientists teach to physical scientists and engineers? 2. Response to Wilson: teach computing in context (1996) (12)
Applying Automated Memory Analysis to Improve Iterative Algorithms (2007) (12)
A Divide and Conquer Algorithm for Computing the Singular Value Decomposition (1987) (12)
Optimizing Weather Model Radiative Transfer Physics for Intel's Many Integrated Core (MIC) Architecture (2016) (12)
Making Root Cause Analysis Feasible for Large Code Bases: A Solution Approach for a Climate Model (2018) (10)
On improving the performance of the linear solver restarted gmres (2003) (10)
Generating Empirically Optimized Composed Matrix Kernels from MATLAB Prototypes (2009) (10)
Toward Memory-Efficient Linear Solvers (2002) (9)
Lighthouse: A User-Centered Web Service for Linear Algebra Software (2014) (8)
The PMESC Programming Library for Distributed-Memory MIMD Computers (1999) (8)
Parallel memory prediction for fused linear algebra kernels (2011) (8)
Automatic Generation of Tiled and Parallel Linear Algebra Routines A partitioning framework for the BTO Compiler (2010) (8)
Performance-Based Numerical Solver Selection in the Lighthouse Framework (2016) (8)
An efficient parallel termination detection algorithm (2006) (7)
Automated memory analysis: improving the design and implementation of iterative algorithms (2005) (6)
Modeling the memory and performance impacts of loop fusion (2012) (6)
Comparative Performance Modeling of Parallel Preconditioned Krylov Methods (2017) (5)
Statistical properties of the circle map (1986) (5)
An Introduction to High-Performance Scientific (1997) (4)
On Accurate Quotient Singular Value Computation in Floating-Point Arithmetic (2000) (4)
Understanding memory effects in the automated generation of optimized matrix algebra kernels (2010) (4)
An Undergraduate Course in High Performance Scientific Computing at the University of Colorado at Boulder (1993) (4)
Lighthouse: a taxonomy-based solver selection tool (2015) (3)
A programming paradigm and library for distributed-memory computers (1995) (3)
Task Parallelism: What a Tool Can Provide and What Should Be Left to the User (1996) (3)
Generating Customized Sparse Eigenvalue Solutions with Lighthouse (2014) (3)
Optimal Eigenvalue Computation on Distributed-Memory MIMD Multiprocessors ; CU-CS-617-92 (1992) (2)
Student and Faculty Choices that Widen the Experience Gap (2006) (2)
An Efficient Parallel Termination Detection Algorithm ; CU-CS-915-01 (2001) (2)
Creating a Sustainable High-Performance Scientific Computing Course (2004) (2)
Building an HPC Watering Hole for Boulder Area Computational Science (2005) (2)
Toward an Efficient Pamallel Implementation of the Bisection Method for Computing Eigenvalues (1991) (2)
Parallel Factorization on the iPSC/860 of Structured Matrices Arising in Stochastic Programming ; CU-CS-701-94 (1994) (1)
A Programming Paradigm for Distributed-Memory Computers (1992) (1)
SLAMM - Automating Memory Analysis for Numerical Algorithms (2010) (1)
Teaching technology for community (2003) (1)
Lighthouse : A User-Centered Web Interface to Matrix Algebra Software (2012) (1)
Runtime prediction of fused linear algebra in a compiler framework (2011) (1)
On Accurate Generalized Singular Value Computation in Floating-Point Arithmetic ; CU-CS-811-96 (1996) (0)
A Programming Paradigm for Distributed-Memory Computers ; CU-CS-818-96 (1996) (0)
Methods, Software and Tools for Three Numerical Applications. Final report (2000) (0)
Numerical methods for the unsymmetric tridiagonal eigenvalue problem (1996) (0)
Scientiic Visualization: an Introduction (2004) (0)
Numerical methods on some structured matrix algebra problems (1996) (0)
An introduction to the PMESC parallel programming paradigm and library for task parallel computation (1996) (0)
Curriculum in high-performance scientific computing (1996) (0)
Stable computation of generalized singular values (1996) (0)
The PMESC Parallel Programming Paradigm and Library (1995) (0)
A Statistical Evaluation of Inverse Iteration (1991) (0)
Optimal Eigenvalue Computation on a Mesh Multiprocessor (1993) (0)
Efficient Implementation of Sturm Sequence Methods for the Parallel Computation of Eigenvalues (1989) (0)
Parallel Implementation of a Nonsymmetric Tridiagonal Eigensolver (1991) (0)
An Efficient Block Variant of GMRES ; CU-CS-957-03 (2003) (0)
A Hands-On Introduction to Molecular Dynamics W (2002) (0)
Author’s Response, Minor Revision Iteration Nine time steps: ultra-fast statistical consistency testing of the Community Earth System Model (pyCECT v3.0) (0)

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