Lecture Notes in Computer Science

Scalable cache coherence for shared memory multiprocessors.- New program restructuring technology.- Data parallel program design.- A powerful high-level debugger for parallel programs.- The PCP/PFP programming models on the BBN TC2000.- Knowledge-based parallelization for distributed memory systems.- Parallelization for multiprocessors with memory hierarchies.- Traceview: A trace visualization tool.- Parallel and distributed programming with ParMod-C.- Code generation for a data parallel SIMD language.- Data structures for optimizing programs with explicit parallelism.- Modula-S.- Modula-2* and its compilation.- ADAPTing Fortran 90 array programs for distributed memory architectures.- Evolution of massive parallel compute servers from a research object to a production tool.- Processor scheduling in multiprocessor systems.- Multipacket routing on rings.- Massively parallel procecessing in high energy physics the CERN-MPPC project.- A heuristic algorithm for dynamic task allocation in highly parallel systems.- Analysis of parallel Lisp programs based on a trace mechanism.- A distributed implementation of flat concurrent prolog on multi-transputer environments.- Negation in conclog.- Symbolic computation and parallel software.- On the parallelization of characteristic-set-based algorithms.- Multiplication as parallel as possible.- On the existence of an efficient parallel algorithm for a graph theoretic problem.- On the multi-threaded computation of modular polynomial greatest common divisors.- A Buchberger Algorithm for distributed memory multi-processors.- Computational biology on massively parallel machines.- Time-parallel multigrid in an extrapolation method for time-dependent partial differential equations.- Parallelization of simulation tasks: Methodology - Implementation - Application.- Parallel algorithms for stress analysis on shared-memory multiprocessors.- Elastic load-balancing for image processing algorithms.