Making the road safer with Computer Vision Algorithms
[P]
How to build a Motion Detection System with Arduino
[C]
Electronically measure how light is reflected from different color surfaces, and build a circuit that can differentiate between red and green produce.
[E]
Indoor Navigation Using Magnetic Fields
[E]
Research machine vision.
[E]
[E]
Using Artificial Intelligence Systems for Autonomous Visual Comprehension and Handwriting Generation
[E]
Autonomous Robot Navigation Using Computer Vision for Exhaustive Path-Finding
[E]
Methods of Artificial Intelligence and Fuzzy Logic Techniques integrated with biomedical imagery and spectroscopy analysis and interpretation.
[E]
A Novel Aid with Facial Detection, Facial Recognition, and Audio Analysis Capabilities for Patients with Dementia or Communication Disorders and their Caretakers
[P]
The use of machine vision image recognition in order to estimate the location and orientation of moving objects.
[P]
Autonomous Robotic Vehicle: Saving Lives, Preventing Accidents One at a Time
[E]
Web-Controlled Mobile Video-Enabled Robotic Litter Collection Device
[E]
Find out if robots could follow lines better with more than one light sensor.
[E]
Recognize and count objects such as coins using an optical image acquisition device (scanner, web camera, etc.) and a computer analysis program written in VB6.
[P]
A Comparison of the Effectiveness of Search Patterns Executed by Autonomous Robotic Vehicles
[E]
[E]
Development of an Embedded 3D Robot Visual System
[P]
A robot that can tell where objects are (map-building)
[P]
An efficient method for performing real-time object tracking
[P]
Research Robotic Warfare
[E]
A web-based face recognition system based on Gabor Wavelets Matching
[E]
Write the software and create the hardware required to autonomously solve a Rubik's cube.
[E]
[E]
Robots & Robotics Projects
Artificial Intelligence