Srini Devadas
Srini Devadas is an Indian-American computer scientist at the Massachusetts Institute of Technology's Computer Science and Artificial Intelligence Laboratory (CSAIL) who conducts research on computer security, computer architectures, and applied cryptography.His work has spanned topics such as analytical cache modeling, single-chip secure processors, and hardware information flow tracking. Among his research contributions is the invention of Physical Unclonable Functions (PUFs), an important tool for device authentication and key generation.
Devadas graduated with a bachelor's degree in electrical engineering from the Indian Institute of Technology (IIT), Madras in 1985. He earned both a master's and a PhD degree in electrical engineering from the University of California at Berkeley, working under the supervision of Arthur Richard Newton. He has been a member of MIT's Electrical Engineering and Computer Science department since 1988. He was previously a member of MIT's Research Laboratory of Electronics. He is a Fellow of the Institute of Electrical and Electronics Engineers (IEEE) and the Association for Computing Machinery (ACM).
In 2014 Devadas received the IEEE Computer Society's Edward J. McCluskey Technical Achievement Award for the invention of Physical Unclonable Functions and secure single-chip processor architectures. In 2017, he received the IEEE Computer Society's W. Wallace McDowell Award for "fundamental contributions that have shaped the field of secure hardware, impacting circuits, microprocessors, and systems". In 2018, he received the IEEE Circuits and Systems Society Charles A. Desoer Technical Achievement Award for the development of Physical Unclonable Functions and enabling the deployment of secure circuits, processors and systems. In 2021, he received the IEEE Cybersecurity Award for Practice for the development of Physical Unclonable Functions, and the ACM SIGSAC Outstanding Innovation Award for fundamental contributions to secure microprocessors, circuits, and systems.
In 2016, Devadas won the Everett Moore Baker Memorial Award for Excellence in Undergraduate Teaching, which is presented to faculty members, in recognition of exceptional interest and ability in the instruction of undergraduates. This is the only teaching award at MIT in which the nomination and selection of the recipients is done entirely by the students. Also, in 2016, he was named a MacVicar Faculty Fellow, considered MIT's highest undergraduate teaching award. Provided by Wikipedia
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1
Improving information flow control design with security contexts by Hemberger, Paul Wang
Published 2016Other Authors: “…Srini Devadas.…”
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Secure Input Overlays : increasing security for sensitive data on Android by Sobel, Louis (Louis A.)
Published 2016Other Authors: “…Srini Devadas.…”
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LOKI : a lease-oriented key infrastructure with instant updates and seizure-resistance by Fromknecht, Conner(Conner M.)
Published 2017Other Authors: “…Srini Devadas.…”
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All-to-all communication with low communication cost by Wan, Jun (Computer scientist) Massachusetts Institute of Technology
Published 2019Other Authors: “…Srini Devadas.…”
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Synchronous Byzantine Broadcast algorithms for a dishonest majority by Chan, Benjamin Yao.
Published 2019Other Authors: “…Srini Devadas.…”
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Local differential privacy in decentralized optimization by Xiao, Hanshen.
Published 2020Other Authors: “…Srini Devadas.…”
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Virtual Monotonic Counters and Count-Limited Objects using a TPM without a Trusted OS (Extended Version) by Sarmenta, Luis F. G., van Dijk, Marten, O'Donnell, Charles W., Rhodes, Jonathan, Devadas, Srinivas
Published 2006Other Authors: “…Srini Devadas…”
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Memoization Attacks and Copy Protection in Partitioned Applications by O'Donnell, Charles W., Suh,, G. Edward, Dijk, Marten vn, Devadas, Srinivas
Published 2006Other Authors: “…Srini Devadas…”
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IntuiSec : a framework for intuitive user interaction with security in the smart home by Shakhshir, Saad Zafer
Published 2008Other Authors: “…Srini Devadas.…”
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Partitioning Strategies for Concurrent Programming by Devadas, Srinivas, Agarwal, Anant, Hoffmann, Henry
Published 2009Other Authors: “…Srini Devadas…”
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Guaranteed in-order packet delivery using Exclusive Dynamic Virtual Channel Allocation by Devadas, Srinivas, Cho, Myong Hyon, Shim, Keun Sup, Lis, Mieszko
Published 2009Other Authors: “…Srini Devadas…”
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Instruction-Level Execution Migration by Devadas, Srinivas, Lis, Mieszko, Khan, Omer
Published 2010Other Authors: “…Srini Devadas…”
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EM2: A Scalable Shared-Memory Multicore Architecture by Khan, Omer, Lis, Mieszko, Devadas, Srini
Published 2010Other Authors: “…Srini Devadas…”
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Scalable directoryless shared memory coherence using execution migration by Lis, Mieszko, Shim, Keun Sup, Cho, Myong Hyon, Khan, Omer, Devadas, Srinivas
Published 2010Other Authors: “…Srini Devadas…”
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Heracles: Fully Synthesizable Parameterized MIPS-Based Multicore System by Kinsy, Michel, Pellauer, Michael
Published 2010Other Authors: “…Srini Devadas…”
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Library Cache Coherence by Shim, Keun Sup, Cho, Myong Hyon, Lis, Mieszko, Khan, Omer, Devadas, Srinivas
Published 2011Other Authors: “…Srini Devadas…”
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A Case for Fine-Grain Adaptive Cache Coherence by Kurian, George, Khan, Omer, Devadas, Srinivas
Published 2012Other Authors: “…Srini Devadas…”
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Riffle : an efficient communication system with strong anonymity by Kwon, Young Hyun
Published 2015Other Authors: “…Srini Devadas.…”
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Enabling diagnostics in user interfaces for CAD applications by Bakst, Alexander (Alexander G.)
Published 2010Other Authors: “…Daniel Philbrick and Srini Devadas.…”
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Adaptive mechanisms for self-aware multicore systems by Lau, Eric (Eric Chi Young)
Published 2013Other Authors: “…Srini Devadas and Anant Agarwal.…”
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