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(1) Current Research Interests: My current research principally revolves around the broad topic of Network on Chip (NoC), which has emerged as the communication backbone for multi-core chips. With my graduate students and collaborators, I am working on the following projects.
• On-chip wireless communication network for manycore architectures.
• NoC-based hardware accelerators for Biocomputing.
• Optimizing Power-Thermal-Performance Trade-offs of Massive Manycore Processors.
• Heterogeneous Computing.
• Machine Learning Inspired Three-dimensional (3D) NoC Architectures.
• Manycore Architectures for IoT Applications.
(2) Graduate Student Supervision:
(a) Current
PhD Students:
1. Biresh Joardar (PhD), Co-advising with Janardhan Doppa
2. Anwesha Chatterjee (PhD)
3. Shouvik Musavvir (PhD)
4. Dwaipayan Choudhury (PhD), Co-advising with Ananth Kalyanaraman
(b) Graduated:
1. Dongjin Lee (PhD, December 2018, currently Synopsys, Mountain View, CA, USA)
2. Xian Li (PhD, May 2018, currently Qualcomm, San Diego, CA, USA)
3. Sourav Das (PhD, May 2018, currently Intel, Santa Clara, CA, USA)
4. Wonje Choi (PhD, May 2018, currently AMD, Austin, TX, USA)
5. Karthi Duraisamy (PhD, December 2017, currently Synopsys, Mountain View, CA, USA)
6. Ryan Kim (PhD, May 2016, currently Asst. Professor, Colorado State University)
7. Jacob Murray (PhD, May 2014, currently Climical Asst. Professor, WSU, Everett)
8. Paul Wettin (PhD, May 2014, currently with Marvel)
9. Turbo Majumder (PhD, May 2013, currently with Intel Labs)
10. Sujay Deb (PhD, May 2012, currently Asst. Professor, Indraprastha
Institute of Information Technology (IIIT), Delhi, India)
11. Kevin Chang (PhD, May 2012, currently with ARM, Austin)
12. Amlan Ganguly (PhD, August 2010, currently Asst. Professor, Rochester
Institute of Technology)
13. Souradip Sarkar (PhD, December 2010, currently with Bell Labs)
14. Haibo Zhu (MS, July 2007, currently employed at LINK_A_Media Devices, San
Jose, USA)
15. Brett Feero (MS, May 2008, currently employed at Apple)
16. Divya Krishnan (MS, August 2010, currently working at Micron, Boise)
17. Chien Chuan Hung (MS, currently working at Nvidia)
(3) Research Grants:
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Serial
No.
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Title
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Source
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Role
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Amount
|
Duration
|
|
(1)
|
CAREER:
Reliable On-Chip Wireless Communication Network for Multi-Core Systems
|
NSF
|
PI
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$450k
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07/01/09
- 06/30/14
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|
(2)
|
DC:
Small: Efficient Algorithms for Data-intensive Biocomputing
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NSF
|
Co-PI
|
$435k+$16k
REU
|
06/01/09
- 07/31/13
|
|
(3)
|
II-NEW:
Acquisition of Test and Measurement Equipment Enabling Design of Wireless
Networks-on-Chip for Multi-Core Systems
|
NSF
|
PI
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$645k
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02/01/11-02/01/14
|
|
(4)
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SHF:
CSR: Medium: Collaborative Research: Hierarchical On-Chip Millimeter-Wave
Wireless Micro-Networks for Multi-Core Systems
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NSF
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Lead
PI
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$800K
|
06/01/12-05/31/16
|
|
(5)
|
Millimeter-Wave Wireless Network-on-Chip
Architectures for Multi-Core Systems
|
Army
Research Office (ARO)
|
PI
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$373K
|
08/16/12-07/15/15
|
|
(6)
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Collaborative
Research: On-chip Multi-channel Millimeter-wave Wireless Links for Multi-core
Platforms
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NSF
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Co-PI
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$490k
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10/16/12-10/15/15
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|
(7)
|
Equipment
for research on wireless network on chip architectures for multicore systems
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DURIP,
ARO
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PI
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$250K
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8/1/13-7/31/14
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|
(8)
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REU
Site: New-generation Power-efficient Computer Systems Design
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NSF
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Co-PI
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$323,660
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05/01/14-04/30/17
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|
(9)
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SHF:
NeTS: Medium: Collaborative Research: The Power of Less Wiring: Wireless
NoC-enabled Voltage-Frequency Islands (VFIs) for Energy-Efficient Multicore
Platforms
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NSF
|
WSU PI
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$625,000
|
08/01/15-07/31/18
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|
(10)
|
Student
Travel Sponsorship for the IEEE/ACM International Symposium on Networks-on-Chip
2015
|
NSF
|
PI
|
$10,000
|
07/15/15-07/14/16
|
|
(11)
|
NeTS: CSR: Medium: Collaborative research: Wireless Datacenter-on-Chip (WiDoC): A New Paradigm for Big Data Computing
|
NSF
|
WSU PI
|
$1.2 Million
|
08/01/16-07/31/19
|
|
(12)
|
Energy Efficient Heterogeneous Datacenter-on-Chip for Big Data Computing
|
Army Research Office (ARO)
|
Lead PI
|
$763K
|
07/16/17-07/15/20
|
|
(13)
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A Cloud-Capacitor-Enabled Switched-Inductor-Capacitor Power Management System for Energy-Efficient Manycore Platforms
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Intel
|
PI
|
$150K
|
Unrestricted
|
|
(14)
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SHF: Small: Parallel Algorithms and Architectures Enabling Extreme-scale Graph Analytics for Biocomputing Applications
|
NSF
|
Co-PI
|
$509K
|
07/01/2018-06/30/2021
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