Bioinspired Computing
- Forrest Brewer / High Level Systems Design Lab: Low Power Pulse-Mode and Biologically Inspired Control and Signal
Processing - Dmitri Strukov / Novel Electronic Device and Circuits Lab: Electronic Synapses, Nanoelectronic Neuromorphic Circuits
- Luke Theogarajan / Biomimetic Circuits & Nanosystems Lab: Neuromorphic Circuits & Systems
Circuit and System Design
- Kaustav Banerjee / Nanoelectronics Research Lab: Novel Device Driven Circuits and Systems Exploration; Robust Design Techniques for Nanometer CMOS
- Forrest Brewer / High Level Systems Design Lab: Low power Signaling, Low Power Integrated Circuit Design
- Tim Sherwood / ArchLab: Memory Design, MEMS Control Processors, High-throughput Digital Systems
- Dmitri Strukov / Novel Electronic Device and Circuits Lab: Digital Memories and Field Programmable Circuit Architectures Based on Emerging Device Technologies
- Luke Theogarajan / Biomimetic Circuits & Nanosystems Lab: Low-Power Analog VLSI, Biosensors, Neural Prosthesis
- Yuan Xie / SEALab: VLSI Design, Embedded Memory Design and Architecture, 3D Integrated Circuit Design Automation
- Zheng Zhang / Uncertainty- and Data-Driven Computing Laboratory: Circuit- and System-Level Modeling and Design Optimization
Computer Architecture
- Forrest Brewer / High Level Systems Design Lab: High Performance Digital Feedback Control, Integrated Control for MEMs
- Ben Hardekopf / Programming Languages Lab: Programming Languages, Investigating Programming Language Design, Analysis, and Implementation
- Behrooz Parhami / PQRS Computer Architecture Lab: Performance, Quality, Reliability, and Scalability Considerations in Computer Arithmetic; Parallel Processing; Dependable Computing
- Tim Sherwood / ArchLab: Security Architectures, Dynamic Program Analysis, Embedded Systems
Electronic Design Automation and Testing
- Kaustav Banerjee / Nanoelectronics Research Lab: Novel CAD Framework for Emerging Issues in Nanometer CMOS and Beyond-CMOS Electronics
- Dmitri Strukov / Novel Electronic Device and Circuits Lab: Design Automation for Hybrid CMOS/nanodevice Circuits
- Li-C Wang / Autonomous Learning Lab: Test and Verification, Statistical Methods for EDA, Test Data Mining
- Yuan Xie / SEALab: VLSI Design, Embedded Memory Design and Architecture, 3D Integrated Circuit Design Automation
- Zheng Zhang / Uncertainty- and Data-Driven Computing Laboratory: Uncertainty Quantification for VLSI/MEMS/integrated Photonics, Process Variations in Chip Design
Emerging Technologies for Computing
- Kaustav Banerjee / Nanoelectronics Research Lab: Emerging Nanotechnologies (Carbon Nanotube, Graphene, Nanowire, etc) for VLSI Applications; 3-D ICs and More-than-Moore Technologies
- Dmitri Strukov / Novel Electronic Device and Circuits Lab: Hybrid CMOS/nanodevice Circuits, 3D-stackable Circuits, Resistive Switching ("memristive") Devices, Analog Computation
- Yuan Xie / SEALab: Embedded System Design, 3D Integrated Circuit Design Automation
Energy-efficient Computing
- Kevin Almeroth / Networking and Multimedia Systems Lab (NMSL): Computer Networks and Protocols, Wireless Networking, Multicast Communication, Large-Scale Multimedia Systems, and Mobile Applications
- Kaustav Banerjee / Nanoelectronics Research Lab: Green Electronics (Sub-kT/q devices--Tunnel-FETs, Nanoelectromechanical Switches, etc) --Materials, Devices, Circuits, and Architecture
- Forrest Brewer / High Level Systems Design Lab: Power Efficient Signal and Control Processing
- Chandra Krintz / Lab for Research on Adaptive Compilation Environments (RACELab): Estimation of Energy Consumption, Feedback Directed Energy and Power Optimization (compiler, runtime, operating system), Software support for Energy Monitoring
- Tim Sherwood / ArchLab: Low-power Design
- Rich Wolski / RACELab: Estimation of Energy Consumption, Feedback Directed Energy and Power Optimization (compiler, runtime, operating system), Software support for Energy Monitoring
- Zheng Zhang / Uncertainty- and Data-Driven Computing Laboratory: High-dimensional Data Computation and Energy-efficient Implementation
Nanotechnology
- Kaustav Banerjee / Nanoelectronics Research Lab: Applications of Nanomaterials in Electronics, Spintronics, Energy Harvesting, and Bio/Medicine -- Modeling, Design, and Nanofabrication
- Dmitri Strukov / Novel Electronic Device and Circuits Lab: Nanoionic and Nanoelectronic Devices for Application in Digital and Analog Circuits
- Luke Theogarajan / Biomimetic Circuits & Nanosystems Lab: Biomimetic Nanosystems, Triblock Polymer Synthesis, Self-Assembly, and Micro and nanofabrication
Operating Systems and Distributed Systems
- Chandra Krintz / Lab for Research on Adaptive Compilation Environments (RACELab): Virtualization, OS/Runtime Interaction and Coordination, Cloud Computing, System-wide Adaptive Optimization
- Rich Wolski / RACELab: Scalable Systems, Cloud Computing, Grid Computing
Software and Languages
- Tevfik Bultan / Verification Laboratory: Service Oriented Computing, Concurrency, Model Checking, Static Analysis, Software Engineering
- Chandra Krintz / Lab for Research on Adaptive Compilation Environments (RACELab): Programming Languages and Runtime Systems for Distributed Computing (resource-constrained devices to high-end clusters); Techniques for Performance Profiling, Feedback-directed Dynamic Compilation, and Memory Management
- Tim Sherwood / ArchLab: Adaptive and Introspective Systems, Sketch-based Interfaces