Parallel Computing, Volume 6

Volume 6, Number 1, January 1988

• Hans P. Zima, Heinz-J. Bast, Michael Gerndt:
  SUPERB: A tool for semi-automatic MIMD/SIMD parallelization. 1-18
  
• Joel H. Saltz, Vijay K. Naik:
  Towards developing robust algorithms for solving partial differential equations on MIMD machines. 19-44
  
• Stavros A. Zenios, John M. Mulvey:
  A distributed algorithm for convex network optimization problems. 45-56
  
• M. Zubair, B. B. Madan:
  Efficient systolic algorithm for finding bridges in a connected graph. 57-61
  
• David L. Cochrane, Donald G. Truhlar:
  Strategies and performance norms for efficient utilization of vector pipeline computers as illustrated by the classical mechanical simulation of rotationally inelastic collisions. 63-85
  
• Zahari Zlatev:
  Treatment of some mathematical models describing long-range transport of air pollutants on vector processors. 87-98
  
• Clive Temperton:
  Implementation of a prime factor FFT algorithm on CRAY-1. 99-108
  
• Charles H. Romine, James M. Ortega:
  Parallel solution of triangular systems of equations. 109-114
  
• Paolo Carnevali:
  Timing results of some internal sorting algorithms on the IBM 3090. 115-117
  
• David J. Evans, Konstantinos G. Margaritis:
  Optical processing of banded matrix algorithms using outer product concepts. 119-125
  
• Volker Kurz:
  Vector and parallel processors in computational science III. 127-129
  

Volume 6, Number 2, February 1988

• Freerk A. Lootsma, K. M. Ragsdell:
  State-of-the-art in parallel nonlinear optimization. 133-155
  
• David J. Silvester:
  Optimising finite element matrix calculations using the general technique of element vectorisation. 157-164
  
• Rami G. Melhem:
  Parallel solution of linear systems with striped sparse matrices. 165-184
  
• Willi Schönauer, Eric Schnepf:
  FIDISOL: A 'black box' solver for partial differential equations. 185-193
  
• Yau Shu Wong:
  Solving large elliptic difference equations on CYBER 205. 195-207
  
• Mike Ashworth, Andrew G. Lyne:
  A segmented FFT algorithm for vector computers. 217-224
  
• R. M. Chamberlain:
  Gray codes, Fast Fourier Transforms and hypercubes. 225-233
  
• C. R. Askew, D. B. Carpenter, J. T. Chalker, Anthony J. G. Hey, M. Moore, Denis A. Nicole, David J. Pritchard:
  Monte Carlo simulation on transputer arrays. 247-258
  
• Michael Hatzopoulos, David J. Evans:
  Comments on the paper "a short proof for the existence of the WZ-factorization". 259
  

Volume 6, Number 3, March 1988

• William L. Briggs, Thomas Turnbull:
  Fast Poisson solvers for MIMD computers. 265-274
  
• Michel Cosnard, Mounir Marrakchi, Yves Robert, Denis Trystram:
  Parallel Gaussian elimination on an MIMD computer. 275-296
  
• H. Y. Chang, Senol Utku, Moktar Salama, D. Rapp:
  A parallel Householder tridiagonalization stratagem using scattered square decomposition. 297-311
  
• David J. Evans, Jianping Shao, Lishan Kang:
  The convergence factor of the parallel Schwarz overrelaxation method for linear systems. 313-324
  
• Barney Glickfeld, Ross A. Overbeek:
  Geometric specification of scheduling constraints: A simplified approach to multiprocessing. 325-337
  
• Eugene D. Brooks III:
  The indirect k-ary n-cube for a vector processing environment. 339-348
  
• Michael J. Quinn:
  Parallel sorting algorithms for tightly coupled multiprocessors. 349-357
  
• Robert A. Wagner, Merrell L. Patrick:
  A sparse matrix algorithm on the Boolean vector machine. 359-371
  
• Uwe Harms, Hermann Luttermann:
  Experiences in benchmarking the three supercomputers CRAY-1M, CRAY-X/MP, FUJITSU VP-200 compared with the CYBER 76. 373-382
  
• Subhash C. Kak:
  A two-layered mesh array for matrix multiplication. 383-385