Implementation of Object Tracking Algorithm on ZYNQ Platform using High-Level Synthesis

Graduate Project Demonstration By Uzaif Sharif
Department of Electrical and Computer Engineering
California State University Northridge
Project Chari: Dr. Shahnam Mirzaei Ph.D.
"Implementation of Object Tracking Algorithm on ZYNQ Platform using High-Level Synthesis", a graduate project researched and developed by Uzaif Sharif.
This project is based on an efficient ODHT algorithm and is developed for Real-Time Object Detection and Tracking of the circular object. The algorithm has the capability to detect some symmetrically shaped objects like a diamond. The algorithm is implemented on reconfigurable hardware using High-Level Synthesis for high-resolution video of size 1920x1080 30/60FPS.
Developed Algorithm: Efficient One-Dimensional Hough Transform
Platform: Digilent's Zybo APSO is used for the implementation.
Tools used: Xilinx Vivado Design Suite, Vivado HLS, and Xilinx SDK

[@mohamedbousselmi1951]

great work

[@GetitQuickly]

Thanks! :)

[@user-tc9gn1zq4m]

Good work

[@GetitQuickly]

Thanks

[@paramveerteli]

Great

[@GetitQuickly]

Thank you! :)

[@srikantachaitanya6561]

Awesome ..dude

[@GetitQuickly]

Thanks!

[@burgerking220]

Very good Project! Any tips on how you got started? Not looking for code but just possible pointers.

[@GetitQuickly]

Hi There,
Start with Digilent examples if you are new to video processing stuff using SOC. Thanks!

[@benjathemin]

hey, I'm fairly impressed with your work! If you don't mind me asking, how did you manage to get the single IP block for the algorithm after synthesizing your code?

[@GetitQuickly]

Hey, thanks for your comment. I used HLS to get the IP and then I imported that IP in the Vivado IP repository so that's how I used my own IP in the pass-through video BD provided by Digilent. If you have any specific questions, then feel free to shoot me an email. Thanks!

[@benjathemin]

@@GetitQuickly what a guy! I’ll be sure to shoot you an email for sure
Thanks for the response!

[@DvuongDo]

Thank you for sharing!
I'm doing an object color detection project on Zybo Z7 (Z7-20), can you ask me a few questions?

[@GetitQuickly]

Sorry for the delay. How can I help you?

[@shinhen123]

Could you guide me do this project? Help me please. Thank you

[@GetitQuickly]

What's your query?

[@cryppsomar8771]

Great Work !
Can you give me Just the PDF of your Work ? Not the code

[@GetitQuickly]

link.springer.com/chapter/10.1007/978-3-319-78890-6_48

[@vamshikrishnareddy7391]

Can u plz send me ur report, algorithm included am doing this project could u plz help meee

[@GetitQuickly]

Sorry for the delay. It was my research work and not allowed to share it. You may download it from SpringerLink

[@shuvosarkar7069]

Can I get the code?

[@GetitQuickly]

Unfortunately, I cannot share the code. It's my research work!

[@m.bilalrasool7182]

Great work sir,
I am working on object tracking project, but Facing some issues, can you please give me your email, I need some guidance.

[@GetitQuickly]

Hi Bilal,
Please send your questions at [e-mail].
Thanks!

[@kapacheuski]

Hello. How many times it take for you to implement and debug this code. Have you try to implement other types of tracking algorithms (TLD for example) ?

[@GetitQuickly]

It's my master's research work so I spent quite a few months. Nope! I didn't try another one. I developed my own algorithm and coded in HLS