
Associate at Progeniq Pte. Ltd.
Singapore

Associate at Progeniq Pte. Ltd.
Singapore
* Development and implementation of algorithms on FPGAs
* Algorithm solutions for FPGA architectures
* Information Theory and Signal Processing
* Optimisation techniques for scheduling, wireless sensor networks, 3D bin-packing
* Data/Information Mining
Concepts
* Analysis and design of algorithms
* Technology research
* FPGA architectures
Software
* Verilog, Xilinx tools for synthesis, Modelsim
* C, C++
* MatLab
(Computer Hardware industry)
February 2007 — Present (2 years 11 months)
Research and develop techniques to implement high speed applications on FPGAs.
(Educational Institution; Computer Hardware industry)
November 2002 — July 2003 (9 months)
Research and Development of Software Radio platforms.
(Privately Held; Computer Software industry)
July 2000 — October 2002 (2 years 4 months)
Research and develop algorithms in areas of scheduling, optimization, and speech recognition.
PhD , Electrical Engg, Telecom, Information theory , 2003 — 2009
Thesis: Signal processing techniques for high density optical recording.
Research: information theory and signal processing to enable multi-level optical recording systems.
M. Tech , Systems Analysis and Computer Applications , 1999 — 2001
Thesis: Data Mining using Fuzzy sets
Research: Fuzzy set theory is used to get an equivalence relation in large data sets, thus leading to easier classification and searching in data.
USPTO 6,904,420
B.Engg , Electrical and Electronics , 1995 — 1999
B. Eng , Electrical and Electronics Engineering , 1995 — 1999
Mac, black&white film photography, darkroom printing, music, cooking, travel, reading sci-fi novels.
Saints
Papers - Ashwin Kumar, Kees A Immink, "Construction of Capacity Achieving (M,d,infty) Constrained Codes with Least Decoder Window Length", IEEE Trans on Inform. Theory., Vol. 54, Issue 10. Pgs. 4724-4726, Oct. 2008.
Papers - Ashwin Kumar, Kees A Immink, "Design of Close-to-Capacity Constrained Codes for Multi-Level Optical Recording", Accepted for publication in IEEE Transactions on Communications.
Patents - USPTO 6,904,420
Published Patents - 20060092913, 20030195785, 20030191678