Project Updates

[NawfalMotii79]

Hi all, I opened this issue to share with you the advancement of the project.
First of all, I didn’t imagined that this project would reach hackers that much. When I created this repository and decided to share all of my work in an open-source fashion, the idea was to thank all the people around the world that did the same with their hard work.
The project AERIS-10N and AERIS-10E is an ongoing project that still needs some few weeks to be completed and ready to build. It is based on a previous work that I realized with the following changes:

• The old system was designed around a single board; meaning that the power, the digital, the analog, the RF and the mixed signals blocks was integrated into a single board. This is not the case for the AERIS-10 where different boards have been designed to perform the different tasks.
• The AERIS-10 uses a better ADC, a better clock jitter cleaner and a better clock distribution scheme.
• The AERIS-10E uses 16 external Microwave Power Amplifier boards to enhance the range.

•   The AERIS-10 generate and process two type of chirps (Long and Short) and the idea is to implement adaptive chirp type.
  

•   The AERIS-10 incorporates a GPS module, a barometer and 9-axis IMU used for map centering and Elevation and azimuth correction based on processed pitch, roll and yaw.
  

• The AERIS-10 makes use of USB3 instead of USB2 to permit the processing of raw I/Q data from the ADC using any preferred platform (Matlab, Simuling, Octave, GNURadio, Python…)
  Also, it is worth noting that I applied for a crowd funding (crowdsupply) and we just signed the SoW, so the AERIS-10 would be ready to pre-order during the next 2 months or so….The idea is to lower the building cost by making a grouped purchase.
  Finally, I want to mention that I was approached by different people and institutions that promised sponsoring for funding the prototypes that would be sent to Beta testers.

[Mykat786]

Hi - thanks for the details
I have extensive experince of testing radars and EW equipmnet
Would love to support the project
also let me kmow how can we contribute to project
jaffersultan@gmail.com

[NawfalMotii79]

Hi, here is how you can contribute to the project:

• Implementing advanced RADAR processing algorithms.
  o Clutter modeling and Mitigation
  o Micro-Doppler Analysis for Target identification
• Adding a camera or another sensor to the system so the RADAR focuses on preselected spaces by adapting the chirp parameters and the scanning volume for triggered sector interrogation.
• Developing the software to combine multiple boards so the antenna array size gets increased
  o Developing a full AESA system using 3 boards (in a tetrahedron shape) or 4 boards (in a cubic shape).

[SeanHu2100]

I would love to contribute to "Implementing advanced RADAR processing algorithms". Could you please let me know how to move forward? For my info: https://www.linkedin.com/in/seanhu2100/. Thank you!

[NawfalMotii79]

Hi @SeanHu2100 thank you for your will to contribute...I've checked your profile on linkedin, very impressive...you could help by firstly, checking the posted verilog modules for errors and then we can move forward to implement advanced RADAR processing algorithms...What do you think?

[SeanHu2100]

Thank you, @NawfalMotii79. I’d be glad to begin by reviewing the posted Verilog modules for errors. That sounds like a great way to get familiar with the project. I’m looking forward to contributing.

[nataliapastre-dev]

Oiee gostei do projeto meus parabéns

[jgaos2026-gif]

Gg