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As System Complexity Grows, Vlsi Designers Are Faced With Problems Related to Validating Correctness, Reducing Design Effort And Optimizing Speed, Area, Power and Other Parameters. Solutions And Principles in Terma of Design Methodologies, Design Automation Algorithms and Tool Capabilities. Electronic Design Automation (eda) Field For a Complete Perspective, While Emphasizing Detail Depth In Logic Design Topics. Learning Outcomes# Students Will Be Exposed to The Discipline of Electrinic Design Automation, Using an Analytical Approach Based On Graph-theory And Optimization Principles. After Completing The Course, Students Will Be Able to 1. Describe The Flow of Vlsi Digital Logic Design and The Algorithms Used in Various Types of Design-automation Tools. 2. Design Representation. 3. Practice Algorithms/heuristics and Data Structures. 4. Develop Ability to Read Professional Literature.

Faculty: Electrical and Computer Engineering
|Undergraduate Studies |Graduate Studies

Pre-required courses

(44252 - Digital Systems and Computer Structure and 44268 - Int. to Data Structur and Algorithms) or (44252 - Digital Systems and Computer Structure and 234247 - Algorithms 1) or 234247 - Algorithms 1

Course with no extra credit

48880

• Algorithms for VLSI design automation - Gerez, Sabih H.
• Introduction to algorithms
• Introduction to algorithms - Cormen, Thomas H.
• Logic synthesis and verification algorithms - Hachtel, Gary D.
• Logic synthesis and verification algorithms - Hachtel, Gary D.
• Logic Synthesis and Verification Algorithms - Hachtel, Gary D.
• Synthesis and optimization of digital circuits - De Micheli, Giovanni