Publications of Gabriel Oksa
 

Books and Chapters in Books:

  1. Oksa, G., Vajtersic, M.,  "Systolic block-Jacobi SVD algorithm for processor meshes", in: Highly Parallel Computations: Algorithms and Applications, (M.P. Bekakos, ed.), WIT Press, Wessex Institute of Technology, Southampton, U.K., 2001, 211-235.


Articles in Refereed Journals:

  1. Becka, M., Oksa, G., Vajtersic, M.,  "Dynamic ordering for a parallel block-Jacobi SVD method", Parallel Computing 28 (2002), 243-262.
  2. Oksa, G., Vajtersic, M., "A systolic block-Jacobi SVD solver for processor meshes", Parallel Algorithms and Appl., to appear.
  3. Oksa, G., Evans, D.J., "Triangular systolic arrays for QZ matrix decomposition", Neural, Parallel and Scientific Comp. 6 (1998), 1-10.
  4. Evans, D.J., Oksa, G, "Systolic computation of QZ matrix decomposition", Int. J. Computer Math. 68 (1998), 1-27.
  5. Evans, D.J., Oksa, G., "Parallel solution of symmetric positive definite Toeplitz systems ", Parallel Algorithms and Appl. 12 (1997), 297-303.
  6. Oksa, G., Evans, D.J., "Recursive folding for efficiency improvement of systolic arrays - Part II", Int. J. Computer Math. 61 (1996), 213-226.
  7. Oksa, G., Evans, D.J., "Recursive folding for efficiency improvement of systolic arrays - Part I", Int. J. Computer Math. 61 (1996), 29-47.
  8. Oksa, G., "Time-minimal linear systolic arrays for the Toeplitz system of linear equations", Parallel Processing Letters 5 (1995), 461-474.
  9. Oksa, G., "The generalized Levinson algorithm for block least squares methods of linear prediction", Computers and Artificial Intelligence 13 (1994), 353-376.
  10. Oksa, G., "Estimation of beginning of burst by means of linear prediction", Electrotec. J. 44 (1993), 153-160.
  11. Brepta, R., Okrouhlik, M., Oksa, G., "Testing the properties of finite element method with modified mass matrix for non-stationary dynamics", Acta Technica CSAV 34 (1984), 32-53.


Articles in Refereed Conference Proceedings:

  1. Oksa, G., Becka, M., Vajtersic, M.: "Parallel SVD computation in updating problems of latent semantic indexing", accepted for the conference "ALGORITMY 2002", Podbanske, Slovakia, September 8-13, 2002.
  2. Oksa, G., Becka, M., Vajtersic, M.: "Parallel algorithm for matrix multiplication by Gramian of Toeplitz-block matrix", in: Proc. 20th IASTED Conference "Applied Informatics 2002 - Parallel and Distributed Computing and Networks", February 18-21, 2002, Innsbruck (Austria), ACTA Press,  53-58.
  3. Oksa, G., Vajtersic, M., "Multi-level parallelism in the block-Jacobi SVD algorithm", in:  Proc. 9th Int. Euromicro Workshop on Parallel and Distributed Computing, IEEE Computer Society Press,  Mantova  (Italy), 2001, 306-313.
  4. Oksa, G., Alexandrov, V., "Regular array for the solution of Toeplitz system of linear equations by Monte Carlo method", in: Proc. Int. Conf. on Parallel and Distributed Processing Techniques and Applications PDPTA 2000, World Scientific and Engineering Society, Las Vegas (USA), 2000, 315-321.
  5. Oksa, G., Vajtersic, M., "A fine-grained parallelization of the block-Jacobi SVD algorithm", in: Proc. 16th IMACS World Congress 2000 on Scientific Computation, Applied Mathematics and Simulation, Rutgers University Press (CD ROM), Lausanne (Switzerland), 2000, 1-6.
  6. Oksa, G., Vajtersic, M., "A systolic SVD solver for toroidal processor meshes", in: Proc. Int. Workshop "Parallel Numerics 2000", Bratislava (Slovakia), 2000, 21-38.
  7. Oksa, G.,  "Combined systolic array for matrix portrait computation" , in: Lecture Notes in Computer Science 1557, Salzburg (Austria), 1999, 58-67.
  8. Oksa, G., "Optimal (micro)scheduling vector for the Toeplitz system of linear equations", in: Proc. Int. Workshop "Parallel Numerics '95" , Sorrento (Italy), 1995, 161-170.
  9. Oksa, G., "A new linear systolic array for a Toeplitz system of linear equations", in: Proc. 4th Int. Workshop on Parallel Processing by Cellular Automata and Arrays, Potsdam (Germany), 1994, 225-236.
  10. Oksa, G., "Systolization of the Schur-like algorithm for the Toeplitz system of linear equations", in: Proc. Int. Workshop "Parallel Numerics '94", Smolenice (Slovakia), 1994, 127-136.

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