Amitkumar Mahadevan, Ph.D. Email and Phone Number
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As a systems, algorithms, and firmware innovator, I take pride and satisfaction in delivering quality signal processing solutions for the telecommunications industry. My expertise spans a significant swath of the SoC product development spectrum; this includes (a) conceiving novel ideas and algorithms, (b) vetting proposals for feasibility via theoretical analysis, modeling, and simulations, (c) designing digital systems with an eye on hardware / software partitioning, (d) verifying / validating the design, (f) developing finite precision algorithms and firmware for embedded systems, (g) debugging anomalous behavior during system operation, and(h) advocating technologies and demonstrating product capabilities via live customer demos.A creative thinker and a co-inventor on more than 25 issued patents (see http://patents.justia.com/inventor/amitkumar-mahadevan), my greatest strength is the ability to solve complex problems by leveraging my broad knowledge base in conjunction with the wherewithal to dive into minute details.I am a versatile collaborator with experience in working with and managing geographically distributed teams to deliver robust solutions under tight time-constraints.I am a believer in leading by example and I relish opportunities to share my know-how through training and mentoring.Key technical areas of expertise:• OFDM / DMT systems• Source & Channel Coding, FEC, LDPC Codes• Vectoring, Crosstalk Cancellation, MIMO • DSP, Adaptive Algorithms• Simulations & Modeling (Matlab, Algorithmic C, C++)• Firmware Programming for Multiprocessor & Multithreaded Embedded Systems (C, Assembly)• Finite Precision Signal Chain Design • Hardware / Software Co-Verification (Cadence Palladium)You can reach me directly at amitkumar.mahadevan@gmail.com
Nubis Communications
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- nubis-inc.com
- Employees:
- 55
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Communications System EngineerNubis CommunicationsNew York, Ny, Us -
ResearcherNokia Bell Labs Nov 2018 - PresentGreater New York City Area -
Principal Member Of Technical StaffGlobalfoundries Jan 2017 - PresentGreater New York City AreaLink budget analysis and overall system design and IP aggregation for ultra-high speed coherent optical communications modem.• Transmitter pre-compensation for higher order QAM.• Study/Quantify impact of electrical and optical impairments via simulations.• Power vs. performance trade-off studies. -
Principal EngineerQualcomm Sep 2015 - Sep 2016Greater New York City AreaVectoring (crosstalk cancellation) sub-system development lead (requirements, SoC validation / bring-up and firmware) for gigabit over copper xDSL CO product line.• Framed system requirements and hardware / software specifications of vectoring sub-system for gigabit over copper SoC, defining a state-of-the-art and versatile product, and meeting customer goals.• Drove cross-functional and geographically diverse team of LSI and FW engineers, to complete pre-tape-out vector subsystem validation on Cadence Palladium® (C in OS less and RTOS framework), enhancing confidence in functionality of chip to meet defined requirements and specifications.• Facilitated development of vectoring ready physical layer firmware code prior to availability of SoC by guiding implementation of vectoring specific components in Linux based firmware C simulator. -
Distinguished EngineerIkanos Communications Nov 2014 - Sep 2015Defined and architected vectoring sub-system and data-path for g.fast CO products • Spearheaded transmitter / receiver finite precision data path design, modeling, and analysis for vectored G.fast CO, meeting noise floor and SNR targets for desired 1+ Gbps throughput goals.• Designed and developed bit-accurate Algorithmic C model of precoder / postcoder coefficient compression and reconstruction modules, providing golden vectors for RTL verification.• Investigated advanced vectoring techniques such as selective tone nulling and non-linear precoding for implementation in future products. -
Principal EngineerIkanos Communications Aug 2011 - Nov 2014Developed crosstalk cancellation algorithms in firmware for VDSL2 and vector-control entity (VCE) chipsets.• Implemented, debugged, and refined control plane and adaptive fixed-point algorithms (in C) for downstream precoding and upstream post cancellation in multicore / multithreaded environment for VDSL2 line card vectoring and NodeScale VCE products, contributing to “Best Broadband Enabler Award” at BBWF 2013.• Studied behavior of large-scale vectored VDSL systems (e.g., 192 lines) and enhanced scope of vectored xDSL, enabling cancellation of crosstalk from legacy lines (not supporting G.vector), further improving system performance and stability, and satisfying WT-249 testing criteria.• Influenced standard development (G.fast, G.hn, G.vector) on vectoring and FEC code choice via extensive simulation (including LDPC decoding) and modeling exercises. -
Senior Staff EngineerIkanos Communications Aug 2009 - Aug 2011Defined and modeled crosstalk cancellation algorithms, specified hardware requirements for vectoring, and implemented algorithms in firmware for VDSL2 G.vector prototype system.• Devised and modeled self and alien crosstalk noise mitigation algorithms for xDSL systems, demonstrating achievability of predicted near-crosstalk-free rates and impelling prototyping efforts. • Established performance improvement goals for vectoring and exhibited achievements on FPGA prototype, resulting in eventual productization.• Helped define hardware / software specifications for the vectoring processor FPGA prototype and ASIC. -
Dsp Engineer, Advanced Technology GroupConexant Sep 2005 - Aug 2009Developed, analyzed, and evaluated advanced techniques for implementation in next generation xDSL products such as:• Frequency-domain impulse-noise detection algorithms for DMT/OFDM, • Peak-to-average power ratio reduction methods in DMT/OFDM systems.• Transmit PSD spectral shaping and power back-off for crosstalk avoidance.• Pattern recognition algorithms to analyze single-ended line testing (SELT) reflectometry data. -
Postdoctoral Research AssociateUniversity Of Maryland Baltimore County Jun 2005 - Aug 2005Augmented the dual-adaptive importance-sampling technique for estimating probability of error of coded fading channel communications systems and handed over research to lab members.
Amitkumar Mahadevan, Ph.D. Skills
Amitkumar Mahadevan, Ph.D. Education Details
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Electrical Engineering -
Electrical Engineering -
Sardar Patel College Of Engineering, Mumbai UniversityElectrical Engineering
Frequently Asked Questions about Amitkumar Mahadevan, Ph.D.
What company does Amitkumar Mahadevan, Ph.D. work for?
Amitkumar Mahadevan, Ph.D. works for Nubis Communications
What is Amitkumar Mahadevan, Ph.D.'s role at the current company?
Amitkumar Mahadevan, Ph.D.'s current role is Communications System Engineer.
What is Amitkumar Mahadevan, Ph.D.'s email address?
Amitkumar Mahadevan, Ph.D.'s email address is am****@****nos.com
What is Amitkumar Mahadevan, Ph.D.'s direct phone number?
Amitkumar Mahadevan, Ph.D.'s direct phone number is (510) 979*****
What schools did Amitkumar Mahadevan, Ph.D. attend?
Amitkumar Mahadevan, Ph.D. attended University Of Maryland Baltimore County, University Of Maryland Baltimore County, Sardar Patel College Of Engineering, Mumbai University.
What skills is Amitkumar Mahadevan, Ph.D. known for?
Amitkumar Mahadevan, Ph.D. has skills like Algorithms, Embedded Systems, Digital Signal Processors, Embedded Software, Firmware, Soc, Debugging, Signal Processing, System On A Chip, Application Specific Integrated Circuits, Channel Coding, Telecommunications.
Who are Amitkumar Mahadevan, Ph.D.'s colleagues?
Amitkumar Mahadevan, Ph.D.'s colleagues are Utku Alakusu, Mark Ferriss, C. Randy Giles, Kw Janne, Pmp, Lukas Elsinger, Siamak Abbaslou, Karel Van Acoleyen.
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