Graduate Students of Bo Kågström

Current PhD Students (alphabetic order)

• Björn Adlerborn
• Mahmoud Eljammaly
• Mattias Linde (co-supervised with Claude Lacoursière)
• Angelika Schwarz (co-supervised with Lars Karlsson)

Graduated Doctors (reversed chronological order)

• Andrii Dmytryshyn (2015) Tools for Structured Matrix Computations: Stratifications and Coupled Sylvester Equations
• Meiyue Shao (2014 EPFL, co-supervised with Daniel Kressner) Dense and Structured Matrix Computations - the Parallel QR Algorithm and Matrix Exponentials
• Lars Karlsson (2011) Scheduling of Parallel Matrix Computations and Data Layout Conversion for HPC and Multi-Core Architectures
• Stefan Johansson (2009) Tools for Control System Design - Stratification of Matrix Pairs and Periodic Riccati Differential Equation Solvers
• Jeanette Tångrot (2008) Structural Information and Hidden Markov Models for Biological Sequence Analysis
• Robert Granat (2007) Algorithms and Library Software for Periodic and Parallel Eigenvalue Reordering and Sylvester-Type Matrix Equations with Condition Estimation
• Claude Lacoursière (2007) Ghosts and Machines: Regularized Variational Methods and Interactive Simulations of Multibodies with Dry Frictionoal Contacts
• Pedher Johansson (2006) Software Tools for Matrix Canonical Computatins and Web-Based Software Library Environments
• Isak Jonsson (2003) Recursive Blocked Algorithms, Data Structures, and High-Performance Software for Solving Linear Systems and Matrix Equations
• Krister Dackland (1999) Design, Modeling, and Evaluation of High-Performance Algorithms for Matrix Factorizations and Matrix Pair Reductions
• Per Ling (1998) High Performance Linear Algebra Kernels for Advanced Computer Architectures
• Peter Poromaa (1997) High Performance Computing. Algorithms and Library Software for Sylvester Equations and Certain Eigenvalue Problems with Applications in Condition Estimation
• Erik Elmroth (1995) Matrix Computations: Factorizing in Parallel and Surfing the Kronecker Structure Hierarchies
• Anders Barrlund (1991) Numerical Solution of Higher Index Differential/Algebraic Systems

Graduated Licentiates (reversed chronological order)

• Angelika Schwarz (2019) Towards Efficient Overflow-Free Solvers for Systems of Triangular Type
• Mahmoud Eljammaly (2018) Identification and Tuning of Algorithmic Parameters in Parallel Matrix Computations: Hessenberg Reduction and Tensor Storage Format Conversion
• Björn Adlerborn(2016) Parallel Algorithms and Library Software for the Generalized Eigenvalue Problem on Distributed Memory Computer Systems
• Andrii Dmytryshyn (2014) Symmetric Matrix Pencils: Stratification Theory and Tools
• Meiyue Shao (2012) Parallel Variants and Library Software for the QR Algorithm and the Computation of the Matrix Exponential of Essentially Nonnegative Matrices
• Lars Karlsson (2009) Blocked and Scalable Matrix Computations - Packed Cholesky, In-PlaceTranspositions, and Two-Sided Transformations
• Robert Granat (2005) Contributions to Parallel Algorithms for Sylvester-type Matrix Equations and Periodic Eigenvalue Reordering in Cyclic Matrix Products
• Stefan Johansson (2005) Stratification of Matrix Pencils in Systems and Control: Theory and Algorithms
• Jeanette Tångrot (2003) The Use of Structural Information to Improve Biological Sequence Similarity Seraches
• Mikael Rännar (1999) Algorithm Design for Parallel Matrix Computations Using CONLAB
• Petter Wiberg (1998) Projections and Surfaces in Numerical Methods for Eigenvalue Problems (now at University of Warwick, UK)
• Erik Tärnvik (1993) A Tool for Dynamic Load Balancing and its Application on a Combinatorial Optimization Problem
• Erik Lindström (1993) Parallel Unification Algorithms: From Theory to Practice (member of the research group, Istvan Orci supervisor)
• Peter Jacobson (1992) The CONcurrent Laboratory: Algorithm Design for and Simulation of Parallel Architectures

Anders Barrlund, Krister Dackland, Erik Elmroth, Per Ling, and Peter Poromaa have also finished a Licentiate Thesis before their PhD Theses (not listed here).

Graduated MSc

• Robert Granat (2003) A Parallel ScaLAPACK-style Sylvester Solver
• Stefan Johansson (2003) Stratifiering av matrispar med tillämpningar inom styr- och reglerteknik (supervised jointly with Erik Elmroth)
• Andreas Lindkvist (2003) High-performance recursive BLAS kernels for new data formats for QR factorization (supervised by Erik Elmroth)
• Henriksson André, Jonsson Isak (1998) High-Performance Matrix Multiplication on the IBM SP High Node (supervised jointly with Fred Gustavson and Per Ling)
• Ivar Holmqvist (1998) Netlink: Software libraries at your fingertips (supervised by Erik Lindström)
• Gustavsson Olov (1998) Parallell LU-faktorisering på en IBM-SMP nod.
• Johansson Pedher (1998) StratiGraph - En Java-baserad användaryta för beräkning och presentation av grafer som beskriver hierarkier av Jordan- och Kroneckerstrukturer.
• Wiberg Petter (1996) A Study of the HR and Extended HR Methods for the Standard Eigenvalue Problem. (Publiceras som UMINF-rapport nr 96.12.)
• Blidh Pierre (1995) On the Parallelisation of Sparce Cholesky Factorisation using the Multifrontal Method.
• Malmgren Marleen (1995) On Parallel Conjugate Gradient Algorithms for Solving Large Sparse Linear Systems.
• Backman Fredrick (1993) DynaGraph: A Tool for Visualizing and Debugging the Performance of Programs Developed using Dynamo.
• Tärnvik Erik (se UMINF 91.05)
• Jansson Mikael (1991) Evaluation of a Multigrid Method for Solving the Euler Equations of Two Dimensional Aerodynamic Flow
• Dackland Krister, Elmroth Erik: Parallella beräkningar på IBM 3090/600E VF: Blockalgoritmer för matrismultiplikation och LU-faktorisering.
• Eriksson Jerry, Jacobson Peter, Lindström Erik (1988) The CONLAB Environment - A Tool for Developing and Testing of Parallell Algorithms in Numerical Linear Algebra.
• Barrlund Anders (1985) Numerisk behandling av differentialalgebraiska system.
• Edstedt Pär, Westin Marie (1981) Interaktiv beräkning av Jordans normal form (JNF) i MATLAB.