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VLSI Research Group

The VLSI Research Group at the University of Cincinnati's Department of ECECS comprises esteemed faculty specializing in varied research areas including optical storage systems, mixed-signal simulations, and low-power VLSI designs. Each professor contributes unique expertise while teaching key courses on VLSI, optical computing, reconfigurable computing, and more. This overview details the research interests and courses offered by Professors F. Beyette, H. Carter, W. Jone, C. Purdy, K. Tomko, R. Vemuri, and P. Wilsey, highlighting their collective push towards advancing technology in VLSI design and systems.

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VLSI Research Group

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  1. VLSI Research Group Department of ECECS University of Cincinnati

  2. Layout view IR ROM PC Control unit BUS 2 ALU Block INT_Timer BSC PORT RAM

  3. Prof. F. Beyette--Research Interests and Courses • Research: • page-oriented optical storage systems • optoelectronic database filter • smart optical storage read head devices • multi-technology systems • Courses I usually teach: • 776: VLSI for Multi-Technology Systems  • 712: Introduction to Optical Computing

  4. Prof. H. Carter--Research Interests and Courses • Research: • Synthesizing mixed-signal HDL models • Mixed-signal simulation • Advanced parallel/distributed algorithms • Courses I usually teach: • 681: VLSI System Design • 650: Multidisciplinarity and Collaborative Design for Systems on A Chip (joint with Prof. Purdy) • 680: Physical VLSI Design

  5. Prof. W. Jone--Research Interests and Courses • Research: • VLSI Design for Testability • MEMS Tesing and Reconfiguration • VLSI Low-power Design • Courses I usually teach: • 682: VLSI Test and Validation • 762: Low Power VLSI Circuit Design

  6. Prof. C. Purdy--Research Interests and Courses • Research: • Sensor data processing and systems-on-a-chip • Design and evaluation of CAD algorithms • Hardware support for bioinformatics (microarrays) • Courses I usually teach: • 617: Silicon Programming (FPGA design, implementation, and test) • 650: Multidisciplinarity and Collaborative Design for Systems on A Chip (joint with Prof. Carter) • 819: Topics in VLSI Design • 844: Probability and Algorithms • Circuits & Systems Design Laboratory

  7. Prof. K. Tomko--Research Interests and Courses • Research: • Reconfigurable Computing • High Performance Computing • Compiler Assisted Optimization • Courses I usually teach: • 683: Compiler Theory and Lab • 868: Advanced Compiler Optimizaton • 788: High Performance Computing

  8. Prof. R. Vemuri--Research Interests and Courses • Research: • Reconfigurable Computer Systems • Mixed Signal Synthesis • Performance Modeling, Verification and Analysis • Courses I usually teach: • 676: VLSI Design Automation • 680: Physical VLSI Design • 658: Intro. to Logic and High Level VLSI Synthesis

  9. Prof. P. Wilsey--Research Interests and Courses • Research: • Computer Architecture • Distributed System and CAD • Parallel and Distributed Simulation (PADS) • Courses I usually teach: • 795: Introduction to Computer Architecture • 945: High Performance Distributed Computing • 973: Optimizing Programs Through Online Analysis

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