208 Coordinated Science Laboratory
1308 West Main Street
Urbana, IL 61801
Rakesh Kumar is an Associate Professor in the Electrical and Computer Engineering Department at the University of Illinois at Urbana Champaign with research and teaching interests in computer architecture, hardware design, and low power, trustworthy and error resilient computer systems.
His research and teaching have been recognized through several best paper awards and best paper award nominations (IEEE MICRO Top Picks, ASPLOS, HPCA, CASES, SELSE, IEEE CAL), Stanley H Pierce Faculty Award, Mahatma Gandhi Pravasi Samman, Ronald W Pratt Faculty Outstanding Teaching Award, ARO Young Investigator Award, Arnold O Beckman Award, and UCSD CSE Best Dissertation Award.
He previously served as a Co-Founder and Chief Architect at Hyperion Core, Inc, a microprocessor startup aimed at bringing polymorphous grid processor technology to the market.
He often writes about issues at the intersection of technology, policy, and society -- his opinion columns frequently appear in leading newspapers and magazines.
His technology and education advocacy has been recognized by a Nelson Mandela Leadership Award.
Rakesh has a BS from IIT Kharagpur and a PhD from University of California at San Diego.
Waferscale Computing (HPCA19, HPCA18)
Ultra-Low Power Computing (ISCA17, ASPLOS17, HPCA17, ISLPED16, ISCA16..)
Security, Privacy, and Trust (ISCA18, MICRO17)
Sensor Training Data Reduction for Autonomous Vehicles, Hot Topics in Video Analytics and Intelligent Edges (HotEdgeVideo), 2019, (PDF).
Architecting a waferscale processor - a GPU case study, HPCA, 2019, (PDF). [IEEE Spectrum] [Next Platform][ExtremeTech][Tom's Hardware][TechSpot][Hexus]
(more contextual mentions: IEEE Spectrum, NYT)
Bespoke Processors for Applications with Ultra-low Area and Power Constraints, IEEE MICRO, 2018 (link).
Guaranteeing Local Differential Privacy on Ultra-low-power Systems, ISCA, 2018, (PDF).
A Case for Packageless Processors, HPCA, 2018, (PDF). [Semiconductor Engineering]
Software-based Gate-level Information Flow Security for IoT Systems, MICRO, 2017, (PDF).
Bespoke Processors for Applications with Ultra-low Area and Power Constraints, ISCA, 2017, (PDF). (IEEE Micro Top Picks).
[IEEE Spectrum][Semiconductor Engineering][Hackaday][CircleID]
Determining Application-specific Peak Power and Energy Requirements for Ultra-low-power Processors, ASPLOS, 2017, (PDF). (Best Paper Award).
Enabling Effective Module-oblivious Power Gating for Embedded Processors, HPCA, 2017, (PDF)
Understanding and Optimizing Power Consumption in Memory Networks, HPCA, 2017, (PDF)
Bit Serializing a Microprocessor for Ultra-Low-Power, ISLPED, 2016, (PDF)
Rescuing Uncorrectable Fault Patterns in On-Chip Memories Through Error Pattern Transformation, ISCA, 2016, (PDF)
(an earlier version selected as a Best Paper at SRC TECHCON 2015).
Exploiting Dynamic Timing Slack for Energy Efficiency in Ultra-Low-Power Embedded Systems, ISCA, 2016, (PDF)
Approximate Bitcoin Mining, DAC, 2016, (PDF)[ZDNet][Slashdot][EE Times][Hacker News][Security Affairs][Coin Report][CryptoCoinNews][Coin Telegraph][Brave New Coin][NewsBTC][More]
Parity Helix: Efficient Protection for Single-Dimensional Faults in
Multi-dimensional Memory Systems, HPCA 2016, (PDF).
Correction Prediction: Reducing Error Correction Latency for On-Chip Memories, HPCA 2015, (PDF).
(an earlier version selected as a Best Paper at SRC TECHCON 2014).
ECC Parity: A Technique for Efficient Memory Error Resilience for Multi-Channel Memory Systems, SC 2014, (PDF).
Software Canaries: Software-based Path Delay Fault Testing for Variation-aware Energy-efficient Design, ISLPED 2014, (PDF).
Markov Chain Algorithms: A Template for Building Future Robust Low Power Systems, Asilomar 2013, (PDF).
Low Power, Low Storage Overhead Chipkill Correct via Multi-Line Error Correction (Multi-ECC), SC 2013, (PDF)
(an earlier version selected as the Best of IEEE Computer Architecture Letters 2013).
On Reconfiguration-Oriented Approximate Adder Design and Its Application,ICCAD 2013, (PDF).
An Algorithmic Approach to Error Localization and Partial Recomputation for Low-Overhead Fault Tolerance on Parallel Systems, DSN 2013, (PDF).
Adaptive Reliability Chipkill Correct (ARCC), HPCA 2013, (PDF).
On Logic Synthesis for Timing Speculation, ICCAD 2012, (PDF).
Algorithmic Approaches to Low Overhead Fault Detection for Sparse Linear Algebra, DSN 2012, (PDF)
(an earlier version selected as a Best Paper at SRC TECHCON 2011).
Compiling for Energy Efficiency on Timing Speculative Processors, DAC 2012, (PDF).
On Software Design for Stochastic Processors, DAC 2012, (PDF). (invited)
Power-Balanced Pipelines, HPCA 2012, (PDF).
(Nominated for Best Paper Award).
Architecting Processors to Allow Voltage/Reliability Tradeoffs. CASES 2011. (PDF). (Best Paper Award).
On the Efficacy of NBTI Mitigation Techniques, DATE 2011, (PDF).
MOPED: Orchestrating Interprocess Message Data on CMPs, HPCA 2011, (PDF).
A Numerical Optimization-based Methodology for Application Robustification: Transforming Applications for Error Tolerance, DSN 2010, (PDF).[BBC]][HPCWire][IEEE Spectrum][Engineering&Technology][Slashdot]
Recovery-driven Design: A Methodology for Power Minimization for Error Tolerant Processor Modules, DAC 2010, (PDF).
Stochastic Computation, DAC 2010, (PDF) (invited).
Scalable Stochastic Processors", DATE 2010, (PDF).
Designing Processors from the Ground Up to Allow Voltage/Reliability Tradeoffs, HPCA 2010, (PDF).
Slack Redistribution for Graceful Degradation Under Voltage Overscaling. ASPDAC 2010, (PDF).
Reducing Peak Power with a Table-Driven Adaptive Processor Core, MICRO 2009, (PDF).
Current Graduate Students
John Sartori (First Employment: Assistant Professor, EE Department, University of Minnesota)
Joseph Sloan (First Employment: Assistant Professor, EE Department, University of Texas at Dallas)
Henry Duwe (First Employment: Assistant Professor, EE Department, Iowa State)
Xun Jian (First Employment: Assistant Professor, CS Department, Virginia Tech)
Current and Past Sponsors
Qualcomm, Samsung, Huawei, DARPA, DOE, NSF, SRC, NSA, ARO, Intel, AMD, Oracle, Cisco