SDR Fish Tracker

Team: Russel Graves, Ryan Zaugg

Sponsor: Aggie Air Lab

Project Overview

Design a drone payload capable of reading remote RFID biotags embedded in critically endangered Lost River Suckers.

  • Current methods of scanning for remote biotags are dangerous and expensive. Mounting scanning hardware to a drone is far safer and more cost effective.
  • Enabling the Fish and Wildlife Service to safely and effectively scan for remote biotags gives them the data necessary to save the endangered fish
Deltistes luxatus Lost River Sucker

Deltistes luxatus Lost River Sucker

project overview diagram

System

The Lotek Equivalent Aquatic Scanning Hardware (LEASH) payload

The Lotek Equivalent Aquatic Scanning Hardware (LEASH) payload

Methods

  • Used Autodesk Inventor to create and simulate the three design iterations
  • 3D printed the finalized components
  • Used GNUradio to interface with the SDR hardware
  • Stored fish tag information ROS nodes through the drone’s hardware
three various designs each computer modeled

Conclusion

The scanning hardware was successfully implemented:

Lotek Tag

Lotek Tag

Tag Frequency Spectrum

Tag Frequency Spectrum

Tag Frequency Shift Keying

Tag Frequency Shift Keying