Publication | Open Access
AMOS
54
Citations
32
References
2022
Year
Unknown Venue
EngineeringHardware AccelerationProgram AnalysisHigh-performance ArchitectureHardware SpecializationHardware AlgorithmComputer EngineeringComputer ArchitectureDomain-specific AcceleratorParallel ProgrammingComputer ScienceParallel ComputingCompilersOptimization TemplatesSpecialized InstructionsGpu Computing
Hardware specialization is a promising trend to sustain performance growth. Spatial hardware accelerators that employ specialized and hierarchical computation and memory resources have recently shown high performance gains for tensor applications such as deep learning, scientific computing, and data mining. To harness the power of these hardware accelerators, programmers have to use specialized instructions with certain hardware constraints. However, these hardware accelerators and instructions are quite new and there is a lack of understanding of the hardware abstraction, performance optimization space, and automatic methodologies to explore the space. Existing compilers use hand-tuned computation implementations and optimization templates, resulting in sub-optimal performance and heavy development costs.
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