High Performance Reconfigurable Computing

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Applications of FPGAs and HPRC Embedded systems, “systems-on-achip” Hardware cryptography Sensors Image processing
Sample Configurable <strong>Computing</strong> Application: Prototype Video Communications System Uses a single FPGA to perform four functions that typically require separate chips. A memory chip stores the four circuit configurations and loads them sequentially into the FPGA as needed. Initially, the FPGA's circuits are configured to acquire digitized video data. The chip is then rapidly reconfigured to transform the video information into a compressed form and reconfigured again to prepare it for transmission. Finally, the FPGA circuits are reconfigured to modulate and transmit the video information. At the receiver, the four configurations are applied in reverse order to demodulate the data, uncompress the image and then send it to a digital-to-analog converter so it can be displayed on a television screen. #16 lec # 9 Fall 2010 10-20-2010
Page 1 and 2: Anthony Agresta & Jeremy Coon
Page 3 and 4: Computing System Element Choices Pr
Page 5 and 6: Intro: von Neumann Architecture Si
Page 7 and 8: Spatial vs. Temporal Computing Spat
Page 9 and 10: Approaches for HPRC • “Hybrid-c
Page 11 and 12: Fine-grain Reconfigurable Hardware
Page 13: Applications of FPGAs and HPRC Pro
Page 17: Conclusions Modern processors have

High Performance Reconfigurable Computing

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