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Projects Proposed Projects

Please see propose projects for Spring and Winter upcoming semesters. This is a 4 academic point course. For further details please contact the laboratory engineer Yaron Honen (04-8295535, room 441).

Project Title:

Multiple Media streams synchronization using MPEG-DASH

Picture of Multiple Media streams synchronization using MPEG-DASH
Abstract:

One of the challenges today in the 3D real-time videos and Virtual Reality (VR) is for example to be able to create and manipulate virtual replicas of physical objects in the local environment (Remote collaboration in VR using virtual replicas) VR presents a way for people to truly interact with places far away like surgeon perform surgery from home or an engineer participating in a physical meeting abroad. In this project you will develop a stereo (3D) streaming mechanism.

This project is with cooperation of : CGGC, GIP and LCCN -  computer science faculty  labs 

Supervisors:

Boaz Sternfeld

Yaron Honen

Itzik Ashkenazi

Requirements:
Introduction to Networking (Must), Internet Networking (Optional)
Python
Project Title:

Augmented treasure hunting

Picture of Augmented treasure hunting
Abstract:

Using existing mapping system along with an indoor drone, you will build a game of treasure hunt. The treasure will be a virtual object planted in the previously created 3D point cloud of the scene. In real-time, the user will see the live feed from the drone, along with the virtual objects that are hidden in some parts of the map, and need to be rendered into the camera stream.

Supervisors:
Requirements:

Knowledge in Linux environment.

· Hands on approach.

· C++.

· Experience in computer vision and 3D rendering (advantage).

 

Project Title:

Augmented reality in road navigation

Picture of Augmented reality in road navigation
Abstract:

The purpose of this project is to create augmented reality on a mobile phone for road navigation. The project is composed of several parts from which the students can choose to focus on: Simultaneous localization and mapping, Augmented reality, road detection and mobile programming.

Supervisors:

Gil Shamai: room 443

Requirements:
excellent students
good programming skills.
Project Title:

Deep learning automatic recognition of license plates of vehicles

Picture of Deep learning automatic recognition of license plates of vehicles
Abstract:

This project will implement a system to automatically read license plates of the cars (LPR - LICENSE PLATE RECOGNITION). The system will receive input images of the cars provided different location and lighting conditions, extracting the image from the location of the license plates of vehicles, and decipher the digits of each vehicle. In this project we will use segmentation algorithms and deep neural/convolution network classification.


This project is part of Smart Parking cross labs project. 

Supervisors:
Requirements:
One of the followings: course in geometry, image processing/computer vision, neural network or excellent students
Project Title:

Autonomous Outer Body Perception

Picture of Autonomous Outer Body Perception
Abstract:

Build an indoor autonomous drone/s with a given indoor blueprint that gathers and record video and information. (Light condition, visibility, obstacles…)

Supervisors:
Requirements:
One of the followings: course in geometry, image processing/computer vision, 3D graphics or excellent students
Project Title:

Augmented Graffiti

Picture of Augmented Graffiti
Abstract:

In this project we will implement an augmented reality graffiti applications.
Similarly to the deceased Stiktu application, users of the app will first take a picture from their surrounding and then draw some graffiti on it. User arriving at the same location can then view the graffiti by looking at the graffiti through their mobile phone

Supervisors:
Requirements:
One of the followings: course in geometry, image processing/computer vision, 3D graphics or excellent students
Project Title:

Mixed reality – Stereo immersive augmented reality system

Picture of Mixed reality – Stereo immersive augmented reality system
Abstract:

Build ecosystem of immersive augmented into Oculus Rift/HTC vive with a pair of calibrated cameras. It includes building a stereo camera rig. (Can use our 3d printer)

Supervisors:
Requirements:
One of the followings: course in geometry, image processing/computer vision, 3D graphics or excellent students
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