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Introduction (1)
- Tu Sept 11: introduction to reconfigurable computing: lecture01
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RC principles: Programmable logic technology (3)
- Th Sept 13: programmable logic technology & FPGAs: lecture02
- Tu Sept 18: lecture03 will focus on discussions of RA01
- Th Sept 20: case study - Altera's devices: lecture04 + discussions of RA02
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Verilog: A hardware definition language (3)
- Tu Sept 25: modules, ports & data-flow modeling: lecture05 + discussions of RA03
- Th Sept 27: behavioral modeling: lecture06
- Tu Oct 2: behavioral modeling & Verilog examples: lecture07
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RC principles: Software (4)
- Th Oct 4: parititioning & compilation: lecture08
- Tu Oct 9: code optimization: lecture09
- Th Oct 11: behavioral synthesis: lecture10
- Tu Oct 16: physical design: lecture11
- Th Oct 18: overview of class projects: lecture12
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SystemC: A system description language (4)
- Tu Oct 23: no class (travel)
- Th Oct 25: midterm
- Tu Oct 30: lab2 presentations
- Th Nov 1 : C++ tutorial, modules & constructors: lecture 13
- Tu Nov 6: no class (travel)
- Th Nov 8: data types, ports, processes & threads: lecture14
- Tu Nov 13: synthesis & compilation flows: lecture15
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Application-driven hardware acceleration using RC (4)
- Th Nov 15: signal Processing: lecture16
- Tu Nov 20: speech Recognition: guest lecture by Prof. H. Silverman
- Tu Nov 27: digital communication: lecture 17
- Th Nov 29: bioinformatics: lecture 18
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Project Presentations
- Tu Dec 4:
- Wed Dec 19 @ 2:00PM.
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