Parallel Language and Compiler Research in Japan

Foreword. 1. Introduction; L.F. Bic, et al. 2. Language Design and Implementation of DFCII for a Dataflow Supercomputer Sigma-1; S. Sekiguchi, et al. 3. EM-C: Programming with Explicit Parallelism and Locality for EM-4 Multiprocessor; M. Sato, et al. 4. Introduction of RWC Massively Parallel Programming Languages; Y. Ishikawa, et al. 5. Compiling and Managing Concurrent Objects for Efficient Execution on High-Performance MPPs; S. Matsuoka, et al. 6. Implementation of Parallel Functional Language on Conventional Multiprocessor; S. Kusakabe, et al. 7. A FORTRAN Compiler and a Visual Environment of Program Development for Dataflow Machines; T. Yasue, Y. Muraoka. 8. Static Task Scheduling on Fine-Grain Supporting Multiprocessors; T. Inagaki, et al. 9. FLENG on PIE74 and its Programming Environment; H. Nakada, H. Tanaka. 10. Parallel Inference System Research in the Japanese FGCS Project; T. Chikayama, K. Rokusawa. 11. OSCAR FORTRAN Multigrain Compiler; H. Kasahara, et al. 12. The Vectorizing/Parallelizing Compiler V-PASCAL; T. Tsuda, et al. 13. Automatic Parallelizing Compiler for Distributed Memory Parallel Computers: New Algorithms to Improve the Performance of the Inspector/Executor; A. Kubota, et al. 14. Toward the Single and Multiple Programmed Environments for the Future Large-Scaled Parallel Systems; A. Fukuda, K. Joe. 15. SM-1 and its Language Systems; T. Yuasa, et al. 16. PCASE: a Programming Environment for Parallel Supercomputers; Y. Seo, et al. 17. VPP FORTRAN forDistributed Memory Parallel Computers; T. Shindo, et al. 18. Parallel Programming Language ADETRAN; K. Zaiki, et al. 19. PDEQSOL (Partial Differential Equation Solver Language) for Parallel Computers; T. Okochi. Bibliography, Author/Subject Index.