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ORCIDParallel Computing, Volume 8
Volume 8, Number 1-3, October 1988
- A. Kashko, Hilary Buxton, Bernard F. Buxton, David A. Castelow:
Parallel matching and reconstruction algorithms in computer vision. 3-17 - Chris R. Jesshope:
Transputers and switches as objects in OCCAM. 19-30 - Harry F. Jordan:
Programming language concepts for multiprocessors. 31-40 - Jack J. Dongarra, Danny C. Sorensen, Kathryn Connolly, Jim Patterson:
Programming methodology and performance issues for advanced computer architectures. 41-58 - Philip C. Treleaven:
Parallel architecture overview. 59-70 - B. M. Forrest, Duncan Roweth, N. Stroud, D. J. Wallace, Gregory V. Wilson:
Neural network models. 71-83 - Robert G. Babb II, Lise Storc, Peter G. Eltgroth:
Parallelization schemes for 2-D hydrodynamics codes using the independent time step method. 85-89 - Kenichi Miura, Robert G. Babb II:
Tradeoffs in granularity and parallelization for a Monte Carlo shower simulation code. 91-100 - Clive F. Baillie:
Comparing shared and distributed memory computers. 101-110 - Thomas Brandes:
Determination of dependencies in a knowledge-based parallelization tool. 111-119 - G. Carver:
A spectral meteorological method on the ICL DAP. 121-126 - Maurice Clint, Donal Roantree, Alan Stewart:
Towards the construction of an eigenvalue engine. 127-132 - A. Corona, Claudio Martini, Mauro Morando, Sandro Ridella
, Claudia Rolando:
Solving linear equation systems on vector computers with maximum efficiency. 133-139 - Danny Crookes, Philip J. Morrow, Peter Milligan, P. L. Kilpatrick, N. Stanley Scott:
An array processing language for transputer networks. 141-148 - D. Dent, M. O'Neill:
Microtasking as a complement to macrotasking. 149-154 - Peter G. Eltgroth, Mark K. Seager:
The sub-implicit method: new multiprocessor algorithms for old implicit codes. 155-163 - Rhys S. Francis, Ian D. Mathieson:
Synchronised execution on shared memory multiprocessors. 165-175 - R. Gurke:
The approximate solution of the Euclidean traveling salesman problem on a CRAY X-MP. 177-183 - Atsushi Inoue, Akira Maeda:
The architecture of a multi-vector processor system, VVP. 185-193 - Thomas Legendi, Endre Katona, József Tóth, Antal Zsótér:
Megacell machine. 195-199 - Heinz Mühlenbein, Ottmar Krämer, F. Limburger, Monika Mevenkamp, Siegfried Streitz:
MUPPET: a programming environment for message-based multiprocessors. 201-221 - Wolfgang E. Nagel:
Using multiple CPUs for problem solving: experiences in multitasking on the CRAY X-MP/48. 223-230 - S. Katz, Wayne A. Ray, G. Walder:
Multiprocessor software for the CYBERPLUS high performance system. 231-244 - J. B. G. Roberts, J. G. Harp, B. C. Merrifield, K. J. Palmer, P. Simpson, J. S. Ward, H. C. Webber:
Evaluating parallel processors for real-time applications. 245-254 - David F. Snelling, Geerd-R. Hoffmann:
A comparative study of libraries for parallel processing. 255-266 - D. A. Tanqueray, David F. Snelling:
A distributed self-scheduler for partially ordered tasks. 267-273 - R. Wait:
Partitioning and preconditioning of finite element matrices on the DAP. 275-284 - Harvey J. Wasserman, Margaret L. Simmons, Olaf M. Lubeck:
The performance of minisupercomputers: Alliant FX/8, Convex C-1, and SCS-40. 285-293 - Andrew T. Brint, Valerie J. Gillet, Michael F. Lynch, Peter Willett, Gordon A. Manson, George A. Wilson:
Chemical graph matching using transputer networks. 295-300 - Zahari Zlatev, Phuong Vu, Jerzy Wasniewski, Kjeld Schaumburg:
Computations with symmetric, positive definite and band matrices on a parallel vector processor. 301-312 - Jarle Berntsen, Terje O. Espelid:
A parallel global adaptive quadrature algorithm for hypercubes. 313-323 - R. Wait, N. G. Brown:
Overlapping block methods for solving tridiagonal systems on transputer arrays. 325-333 - A. J. Davies:
The boundary element method on the ICL DAP. 335-343 - J. J. Du Croz, Peter Mayes, Jerzy Wasniewski, S. Wilson:
Applications of Level 2 BLAS in the NAG library. 345-350 - C.-H. Lai, Heather M. Liddell:
Finite elements using long vectors of the DAP. 351-361 - A. McKerrell, L. M. Delves:
Monte Carlo simulation of neutron diffusion on SIMD architectures. 363-370 - Richard Reuter:
Solving tridiagonal systems of linear equations on the IBM 3090 VF. 371-376 - Giuseppe Radicati di Brozolo, Yves Robert, Piero Sguazzero:
Dense linear systems FORTRAN solvers on the IBM 3090 vector multiprocessor. 377-384 - Charlotte Froese Fischer, N. Stanley Scott, J. Yoo:
Multitasking the calculation of angular integrals on the CRAY-2 and CRAY X-MP. 385-390 - Herbert Finnemann, Jürgen Brehm, Edgar Michel, Jens Volkert:
Solution of the neutron diffusion equation through multigrid methods implemented on a memory-coupled 25-processor system. 391-398 - Christine A. Pogue, Edie M. Rasmussen, Peter Willett:
Searching and clustering of databases using the ICL distributed array processor. 399-407 - David F. Snelling:
Standard FORTRAN 77 as a parallel language. 409-414
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