Automatic Parallelization of the Visual Data-Flow Language Cantata for Efficient Characterization of Analog Circuit Behavior.
Resource URI: https://dblp.l3s.de/d2r/resource/publications/conf/vl/GoedeckeHM95
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1995
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Automatic Parallelization of the Visual Data-Flow Language Cantata for Efficient Characterization of Analog Circuit Behavior.
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circuit analysis computing; digital simulation; analogue circuits; visual languages; parallel languages; computational complexity; processor scheduling; resource allocation; engineering workstations; workstations; parallel programming; automatic parallelization; Cantata visual data-flow language; analog circuit behavior characterisation; application specific functions; control operators; execution time reduction; data-flow scheduler; distributed environment; usable workstations; usable workstation performance; program availability; workloads; load balancing; fully automated process; simulation
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Automatic Parallelization of the Visual Data-Flow Language Cantata for Efficient Characterization of Analog Circuit Behavior.
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