I'm presently working as Digital Engineer (IP Design & Verification) at Texas Instruments, Bangalore.
My primary areas of interest are FPGA-based acceleration and Digital ASIC design and I enjoy exploring open source tools that help in the same. I also like to dabble in Machine Learning, Embedded System Design, Digital Signal Processing and Cryptography.
I'm an MTech graduate from Electrical Engineering Department, IIT Bombay.
During my time at IIT Bombay, I was a part of High Performance Computing (HPC) Lab, where I worked on hardware accelerators and systems-on-chip (SoCs) for Lattice-Based Post Quantum Cryptography.
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Texas Instruments
- Bangalore
Popular repositories Loading
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Lithography-Hotspot-Detection
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Jupyter Notebook 9
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NTT_Accelerator
NTT_Accelerator PublicNumber Theoretic Transform helps speeding up integer polynomial multiplication over finite fields, which is useful in Lattice Based Cryptography and other applications.
Verilog 4
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Post-Quantum-Cryptography
Post-Quantum-Cryptography PublicPython implementations of some popular Lattice based Post Quantum Cryptography schemes.
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KYBER-on-PYNQ
KYBER-on-PYNQ PublicHardware-Software co-design of CRYSTALS-Kyber PQC on PYNQ-Z2 FPGA using Vivado HLS based IP (for polynomial multiplication) and Zynq Processing System.
C++ 4
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Audio-File-Analysis
Audio-File-Analysis PublicPython programs to extract time and frequency domain features from audio files of different instruments and to use the features for a SVM classifier to classify the instrument used to play for new β¦
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Electronics-and-Communication
Electronics-and-Communication PublicNotes of basic subjects that fall under Electronics and Communication Engineering.
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