I created this page primarily to declutter my CV. This page contains details of all the projects I completed at my University (in chronological order), whilst my resume contains all projects related to my professional career.
π’ Microsoft Innovation Lab
ποΈ June 2019 β July 2019
π Bengaluru, India
π https://a16i.me/mil | https://a16i.me/milc
Simulator to optimize WSN architecture and end point hardware for cost-
space-lifetime. Full duplex ad hoc mesh WSN was deployed.
π’ IIDC, Texas Instruments: Research and Development Project
ποΈ August 2019 β October 2019
π Bengaluru, India
π https://a16i.me/iidc
Snoop resistant NFC for car security coupled with geofencing, real-time
tracking and low-cost retrofit solution with a connected car framework.
π’ Ministry of Human Resource Development, Government of India
ποΈ October 2019 β March 2020
π IIT Bombay, Maharashtra
π https://a16i.me/eyrc
Optimized SatCom for food & medical aid over XBee networks. Triped
robot dispatching unit navigated by real-time OpenCV video processing.
π’ FOSS Mini Project to aid DRM Enforcement
ποΈ May 2020 β July 2020
π PES University, Bengaluru
π https://a16i.me/daw
A FOSS methodology to aid DRM Enforcement of Digital Audio/any media
file streamed over OTT platforms, with a POC showcased using MATLAB.
π’ Bestir into Technical Journalism and Reporting
ποΈ August 2020 β Ongoing
π Global Β
π https://akshobhya.me
Bestir into technical journalism via an independent platform for unbiased
and ethical technical reportingβserving as an exercise in Web Development.
π’ Design and Implementation of High Speed Ternary CAM Using Match Line Segmentation for IPv4 Router Prefix Matching
ποΈ January 2021 β May 2021
π PES University, Bengaluru
π https://a16i.me/mdt
Implementation of longest prefix matching for ACLs in IPv4 routing table
lookup and packet identification for high-speed packet forwarding.
π’ Design and Implementation of Reversible Logic ALU on FPGA
ποΈ February 2021 β December 2021
πPES University, Bengaluru
π https://a16i.me/ieee1
Scalable Reversible Logic Multiplier using SAK gate in the ALU, achieving -27% Gate
Count and -12.5% Quantum Cost. Leveraged by DNN for rapid MAC operations.