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MIT "Communications technology roadmap: telecommunication > computation > imaging > learning"
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[1]
The 2017 William Flies Science and Engineering
Fellowship: Modeling and Testing of Silicon Photonics (SiP) Modulators
[2]
MSU 2016 President’s Summer Teaching Scholar Fellowship:
Streamlined Redesign of Signals & Systems, Communications, and Signal
Processing (SCSP) Courses Incorporating Interactive Simulation Tools and
Virtual Labs
[3]
MSU 2015 Faculty Research Grant: Computing and Communication
Foundation: Local Error Methods for Efficient Simulation and Analysis of
Optical Fiber Communication System
[4]
MSU 2014 Faculty Research Grant: Enhancing Simulation
Efficiency for Polarization Multiplexing QPSK Optical Fiber Communication
Systems
[5]
The 2014 William Flies Science and Engineering
Fellowship: Signal Processing for Point-of-Care Immunoassay Diagnostic
Systems
[6]
Oclaro 2014 Optical Fiber Communication Equipment
Endowment
[7]
MSU 2013 Institutional Equipment Support for Optical Communication
Research Lab
[8]
MSU 2013 President’s Douglas R. Moore Lectureship:
Fundamentals and Frontiers of Optical Communications: from Fastest Modems and
Routers to Next Generation Computing
[9]
MicroPoint BioScience 2013 Grant: Signal Processing for
POCT systems II
[10]
The 2012 William Flies Science and Engineering
Fellowship: Signal Processing Software Toolkit for Coherent Optical
Communications
[11]
MicroPoint BioScience 2012 Grant: Signal Processing for
POCT systems I
[12]
The Thin Film Technologies Foundation 2010 Award: Using
Commercial Photonic Design Automation (PDA) Software to Promote Interactive
Learning in Science, Engineering and Technology
[13]
MSU 2007 President’s Summer Teaching Scholar Fellowship:
Graphic User Interface (GUI) based Design Platform in Fiber Optic
Communications
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