tesorrells / rf-drone-detection Goto Github PK

Networked communication of the detection nodes to the COP server including sending and receiving packets and commands

Analyze GTRI Lab Data to devise best way to detect drone

I am getting the error Fatal Python error: Cannot recover from stack overflow.The log file is attached.
Error_log.odt

Dear Sir,
I am working on Analog devices SDR Chip AD9361 (ADRV9361-z7035) . the board supported frequency from 70MHz-6GHz . Its supported python script to be run directly on the board. is it possible ?

Publish our results in a formal research paper

Get drone make, model, serial, etc, from intercepted RF packets

Take data from gnuradio on the tegra and develop a packet structure for the COP to interpret and plot

Read white papers, patents, other products that do the same, or similar things. Write a summary for the group and extract useful data.

Set up COP locally and familiarize ourselves with the tools/repo

I am trying to adapt the software so that once it is executed, it emits a warning signal when it detects a drone, using hackrf one. Is this possible?.
I have already tried the wifi_monitor.py version and it worked very well, but it has the limitation of having to use MAC.
Can you help me, please?

Migrate from t-square to canvas

Get hardware stable and run basic RF detection test with HackRF through the Tegra. Make sure SSH is stable.

This will require 3 tegras and 3 HackRFs, this can possibly be simulated with data we have collected previously assuming we gather data at varying distances from our target.

Come up with experiments for the RF quiet room and dry run them

GNURadio packets, the information gathered through the HackRF need to be examined so we know what needs to be passed on and what a drone looks like

Get a drone, preferably a popular commercial one, and record its signature in a GTRI quiet lab

Experiment outline for GTRI

Borrowing a friends Phantom 2 for testing

Detect Drone in Noisy Environment, use GTRI lab again to control RF noise