Hello, I am
Jay Patel
Marine Robotics & Acoustic Engineer
Developing sophisticated multi-domain robotic systems, advanced acoustic communication protocols, and Software-defined Radio applications.
About Me
OFI Postdoctoral Fellow in Underwater Communication Systems
I am an OFI Postdoctoral Fellow in the Intelligent Systems Lab at Dalhousie University, conducting advanced research on underwater communication and collaborative marine autonomy. I hold a PhD in Electrical and Computer Engineering from Dalhousie University, specializing in electronics and communications, with a particular focus on distributed underwater robotics and mobile computing. I believe in the power of collaboration and knowledge sharing, which I support by disseminating my research and methodologies through various platforms. I have led the Underwater Robotics group at the ISL Lab, focusing on pioneering developments in self-reconfiguring robots and mobile sensor networks. My work contributes to the evolving field of programmable matter, aiming to enhance both academic understanding and practical applications.
Skills
Python
C
C++
Linux
Docker
SQL
API
HTML
MATLAB
Projects
ADALM PlutoSDR
ADM-Pluto-File-Transfer & FM Receiver PlutoSDR
Bedford Bathy Plotting using python
Bedford Bathy Plotting using python
Publications
Shallow water Low-Frequency propagation Loss Predictions and measurements towards acoustic range characterization
Abstract
Low-frequency ship noise negatively impacts marine ecosystems and interferes with marine mammal communications. In an effort to manage and reduce ship noise in marine environments, high-fidelity propagation loss measurements were conducted across multiple locations to develop a principled shallow water ranging methodology that improves the accuracy of shallow water ship ranging. This paper reports on a proposed propagation loss procedure and presents preliminary results from in-water tests.
Underwater channel characterization for shallow water multi-domain communications
An Underwater channel characterization simulation
Live RF Image Transmission Using OFDM With RPi and PlutoSDR
Live RF Image Transmission Using OFDM With RPi and PlutoSDR
CDMA-Based Multi-Domain Communications Network for Marine Robots
A cross-domain communication system for marine robots based on code-division multiple access (CDMA).
Collaboration of Multi Domain Marine Robots Towards Above and Below Water Characterization of Floating Targets
Best Paper - A Multi-domain Robot collaberation
Development of Low Profile Antenna for Point to Train Communication
Point-To-Train Wifi antenna design and development
Design and Simulation of Roof Mounted Low Profile UHF Antenna for Auto Motives
A UHF Antenna design, development and testing
Design and Simulation of UHF antenna for Roof mounted vehicular and heavy duty applications
Design and simulation of UHF Roof mounted antenna for metro trains
Recent Posts
🐍 ProtocolDataUnits: A Python Package
A flexible encoder/decoder for Protocol Data Units (PDUs) with nested structures and bit-level control.
WOSS Integration with NS-3
WOSS Integration Framework with Acoustic Toolbox with NS3-dev
Get In Touch
Currently researching and building underwater communications in Halifax, Canada. My inbox is always open for collaborations and academic inquiries.