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ECE 595Z Digital Systems Design Automation

By Anand Raghunathan

Electrical and Computer Engineering, Purdue University, West Lafayette, IN

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Researchers should cite this work as follows:

  • Anand Raghunathan (2012), "ECE 595Z Digital Systems Design Automation," http://nanohub.org/resources/15007.

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Spring 2012

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Lecture Number/Topic Online Lecture Video Lecture Notes Supplemental Material Suggested Exercises
ECE 595Z Lecture 3: Advanced Boolean Algerbra I View HTML
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ECE 595Z Lecture 4: Advanced Boolean Algerbra II View HTML
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ECE 595Z Lecture 5: Advanced Boolean Algerbra III View HTML
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ECE 595Z Lecture 6: Two-level Logic Synthesis I View HTML
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ECE 595Z Lecture 7: Two-level Logic Synthesis II View HTML
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ECE 595Z Lecture 8: Two-level Logic Synthesis III View HTML
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ECE 595Z Lecture 9: Two-level Logic Synthesis IV View HTML
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ECE 595Z Lecture 11: Boolean Satisfiability I View HTML
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ECE 595Z Lecture 12: Boolean Satisfiability II View HTML
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ECE 595Z Lecture 13: Boolean Satisfiability III View HTML
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ECE 595Z Lecture 14: Multi-level Synthesis I View
ECE 595Z Lecture 15: Multi-level Synthesis II View HTML
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ECE 595Z Lecture 16: Multi-level Synthesis III View HTML
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ECE 595Z Lecture 17: Multi-level Synthesis IV View HTML
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ECE 595Z Lecture 18: Multi-level Synthesis V View HTML
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ECE 595Z Lecture 19: Multi-level Synthesis VI View HTML
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ECE 595Z Lecture 20: Multi-level Synthesis VII View HTML
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ECE 595Z Lecture 21: Timing Analysis and Optimization I View HTML
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ECE 595Z Lecture 22: Timing Analysis and Optimization II View HTML
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ECE 595Z Lecture 23: Timing Analysis and Optimization III View HTML
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ECE 595Z Lecture 24: Sequential Logic Optimization I View HTML
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ECE 595Z Lecture 25: Sequential Logic Optimization II View HTML
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ECE 595Z Lecture 26: Sequential Logic Optimization III View HTML
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ECE 595Z Lecture 27: Sequential Logic Optimization IV View HTML
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ECE 595Z Lecture 29: Low Power Design I View HTML
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ECE 595Z Lecture 30: Low Power Design II View HTML
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