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Exploitation of Fine-Grain Parallelism

GFunter BFockle, Jan Van Leeuwen, Juris Hartmanis, Gerhard Goos

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Abstract

Kinds of parallelism.- Architectures for fine-grain parallelism.- VLIW machines.- Constraints on VLIW architectures.- Architectural support for exploitation of fine-grain parallelism.- Constraints for instruction scheduling.- Instruction-scheduling methods.- Developing instruction-scheduling methods.- Tools for instruction scheduling.- The machine model.- The horizontal instruction-scheduler.- Resource management.- Exceptions.- Vertical instruction-scheduling.- Conclusion.

About this research paper

What this paper is about

Kinds of parallelism.- Architectures for fine-grain parallelism.- VLIW machines.- Constraints on VLIW architectures.- Architectural support for exploitation of fine-grain parallelism.- Constraints for instruction scheduling.- Instruction-scheduling methods.- Developing instruction-scheduling methods.- Tools for instruction scheduling.- The machine model.- The horizontal instruction-scheduler.- Resource management.- Exceptions.- Vertical instruction-scheduling.- Conclusion.

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OpenAlex reports 5 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Kinds of parallelism.- Architectures for fine-grain parallelism.- VLIW machines.- Constraints on VLIW architectures.- Architectural support for exploitation of fine-grain parallelism.- Constraints for instruction scheduling.- Instruction-scheduling methods.- Developing instruction-scheduling methods.- Tools for instruction scheduling.- The machine model.- The horizontal instruction-scheduler.- Resource management.- Exceptions.- Vertical instruction-scheduling.- Conclusion.

Key concepts: Very long instruction word, Computer science, Instruction scheduling, Parallel computing, Instruction-level parallelism, Scheduling (production processes), Parallelism (grammar), Task parallelism

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