Find Jobs
Hire Freelancers

Image processing project-2

$10-100 AUD

Closed
Posted over 7 years ago

$10-100 AUD

Paid on delivery
The overall objective is to capture images of human faces in 3D using a stereo webcam arrangement. The component parts for this project pretty much all exist within standard open-source libraries, your task is to 1. Use the Chehra Algorithm [login to view URL] to detect and track the landmarks. 2. Fin the depth noise in 3D. 3. Then change the scale facto by moving the objectives in different distance to find resolution pixel and disparity, therefore we find the best resolution (positioning of the camera) 4. Find the noise tracking error The deliverables are: • Installation/build instructions to install any required libraries (e.g. openCV) • Source code and CMake files for code written along with build/install instructions • Demonstration data saved at each significant step of the process (e.g. saved chessboard images from cameras, video streams showing face identification, saved high-res source images for 3D processing, saved point-cloud data, saved mesh data) • Link and references to code snippets / blog posts used in the code from elsewhere on the web (I fully expect you to copy heavily from the masses of examples and blog posts out there on this topic) • A detailed document of all steps to accomplish each task. You will need to: o Set up two webcams as a stereo pair under Windows on a single USB2 controller (you could use a USB2 hub for this) o Calibrate the cameras (e.g. using standard chessboard as per OpenCV) o Observe the environment using (relatively low-res) video o Identify when a human face is in-frame for both cameras (openCV does this) o Capture a high-resolution still photo from each of the cameras (likely needing to use modified uvcvideo video driver to achieve this rapidly) o Calculate disparity map (openCV does this) o Calculate pointcloud (openCV does this) (provided that your calibration code uses a known physical size of chessboard, this pointcloud should be in real-world units of e.g. millimeters) o Transfer pointcloud to PCL and create a 3D surface representation of the face o Display the 3D surface using the webcam image data to provide color for each mesh polygon (i.e. texture mapped from the webcam) o Save the texture-mapped 3D surface in a suitable 3D mesh format that can be viewed with any suitable open-source viewer System requirements: 1. MS visual studio 2012 or 2015 2. Two cameras 3. OpenCV , C++ 4. Windows OS
Project ID: 11561369

About the project

1 proposal
Remote project
Active 7 yrs ago

Looking to make some money?

Benefits of bidding on Freelancer

Set your budget and timeframe
Get paid for your work
Outline your proposal
It's free to sign up and bid on jobs
1 freelancer is bidding on average $88 AUD for this job
User Avatar
Dear Prospect Hiring Manager. Thank you for giving me a chance to bid on your project. i am a serious bidder here and i have already worked on a similar project before and can deliver as u have mentioned I have checked your requirements. We have right skills to work on this assignment. We are a team of professionals including experienced analysts, designers, project managers, developers and QA people having great expertise in web applications development mainly on core PHP, PHP with open sources (Joomla, Wordpress, Codeigniter, Cake PHP), .NET, Asp.NET, Vb.NET, HTML 5 etc. and mobile applications on ios and Android platform. Our award = superb result = happy client. In a good partnership, good results happen. Good cooking makes good eating!BWe consider our client as our partner. can u provide your email or sky-pe etc for further discussion about the project . . plz add me to discuss further I am ready to discuss with you with best Regards
$72 AUD in 6 days
0.0 (0 reviews)
0.0
0.0

About the client

Flag of PAKISTAN
Rawalpindi, Pakistan
4.5
72
Payment method verified
Member since Jul 15, 2016

Client Verification

Thanks! We’ve emailed you a link to claim your free credit.
Something went wrong while sending your email. Please try again.
Registered Users Total Jobs Posted
Freelancer ® is a registered Trademark of Freelancer Technology Pty Limited (ACN 142 189 759)
Copyright © 2024 Freelancer Technology Pty Limited (ACN 142 189 759)
Loading preview
Permission granted for Geolocation.
Your login session has expired and you have been logged out. Please log in again.