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- W2417651418 abstract "The thesis addresses high-level synthesis of memory-intensive application-specific systems, with emphasis on hierarchical storage architecture design. These systems are commonplace in real-time applications where they demand high performance datapaths along with efficient storage schemes to support them. SMASH (Synthesis of Memory intensive Application-Specific Hardware) is a program which combines storage hierarchy design with datapath synthesis for a given behavioral specification with constraints on cost and performance.SMASH includes the following major tasks: datapath synthesis, which includes operation scheduling combined with I/O accesses by the datapath from on-chip I/O buffers while looking ahead to evaluate storage architecture tradeoffs; and storage hierarchy design, which includes determining the data transfers between different levels of memory hierarchy. The synthesis techniques are based on (i) feasibility analysis of the input/output access during datapath scheduling using global system parameters like the memory bandwidth and I/O timing constraints, (ii) tradeoffs in storage structure, and (iii) cost-delay estimations for both functional and storage structures.Experimental results are presented which validate our techniques and demonstrate the existence of a cost-performance trade-off in the storage architecture. In addition, a system level synthesis experiment illustrates the way SMASH can be integrated into a system-level synthesis environment. The experiment involved rapid prototyping of a JPEG image compression system, where SMASH was invoked both in the initial phase of the design flow to obtain the area-delay trade-off curves for different components of the system; and in the final phase to synthesize the selected design points. (Copies available exclusively from Micrographics Department, Doheny Library, USC, Los Angeles, CA 90089-0182.)" @default.
- W2417651418 created "2016-06-24" @default.
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- W2417651418 date "1994-12-15" @default.
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- W2417651418 title "High-level synthesis of memory-intensive application-specific systems" @default.
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