Umeå universitet
Faculty of Science and Technology
Department of Computing Science
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UMINF 1995

AuthorTitle
1 Jerry Eriksson
Per Lindström
Per-Åke Wedin
A New Regularization Method for Rank-deficient Nonlinear Least Squares Problems
2 Jerry Eriksson
Per Lindström
Per-Åke Wedin
Regularization Tools for Neural Network Training
3 Jerry Eriksson
A Curvilinear Search for Systems of Nonlinear Equations
4 Ji-guang Sun
Optimal Backward Perturbation Bounds for the Linear LS Problem with Multiple Right-hand Sides
5 Peter Poromaa
On Efficient and Robust Estimators for the Separation between two Regular Matrix Pairs with Applications in Condition Estimation
6 Gunilla Wikström
On the computation of parameters that occur linearly in an ODE-model I
7 Erik Marklund
The Algebraic Types with Laws in Miranda: Fixpoints of Idempotent Functions as Types
8 Erik Marklund
Connected Colimits as Types: a Categorical Data Abstraction
9 Alan Edelman
Erik Elmroth
Bo Kågström
A Geometric Approach to Perturbation Theory of Matrices and Matrix Pencils. Part I: Versal Deformations
10 Mårten Gulliksson
Weighted Modified Gram-Schmidt
11 Mårten Gulliksson
The Partial Procrustes Problem - A First Look
12 Patrik Eklund
J. Forsström
Computational Intelligence for Laboratory Information Systems
13 Ji-guang Sun
Residual Bounds of Approximate Solutions of the Algebraic Riccati Equation
14 Erik Elmroth
On the Stratification of the Kronecker Canonical Form
15 Erik Elmroth
Matrix Computations: Factorizing in Parallel and Surfing the Kronecker Structure Hierarchies
16 Olof Johansson
A Functional Language for Microcomputers
17 Ji-guang Sun
Residual Bounds of Approximate Solutions of the Discrete-Time Algebraic Riccati Equation
18 Bo Kågström
Per Ling
Charles van Loan
GEMM-Based Level 3 BLAS: High-Performance Model Implementations and Performance Evaluation Benchmark
19 Bo Kågström
Per Ling
Charles van Loan
GEMM-Based Level 3 BLAS: Installation, Tuning, and Use of the Model Implementations and the Performance Evaluation Benchmark
20 Ji-guang Sun
Perturbation Theory for the Discrete-Time Algebraic Riccati Equation
21 Jun Zhou
Patrik Eklund
Some Remarks on Learning Strategies for Parameter Identification in Rule Based Systems
22 Ji-guang Sun
Perturbation Analysis of Singular Subspaces and Deflating Subspaces
23 Patrik Eklund
A Production Line for Generating Clinical Decision Support Systems
24 Lena Kallin
Raija Räty
Gustaf Selén
Kevin Spencer
A Comparison of Numerical Risk Computational Techniques in Screening for Down's Syndrome
25 Ji-guang Sun
Backward Error for the Discrete-Time Algebraic Riccati Equation
26 Jürgen Börstler
A Notion for Subsystems to Support the Architectural Design of Software
27 Jürgen Börstler
Experiences from a Project Oriented Software Engineering Course
28 Anders Barrlund
Efficient Solution of Constrained Least Squares Problems with Kronecker Product Structure