Seminar - Richard Khoury
Speaker
Richard Khoury, Associate Professor, Department of Software Engineering, Lakehead University
Topic
Phonetic Understanding of Written Text.
Richard Khoury, Associate Professor, Department of Software Engineering, Lakehead University
Phonetic Understanding of Written Text.
Dr. Ling Guan, professor, Electrical and Computer Engineering, Ryerson University, Toronto, Canada
Natural Human-Computer Interaction for the Creation of Life-like Experience in Immersive Environment.
Dr. Robi Polikar, professor, Electrical and Computer Engineering, Rowan University, Glassboro, NJ
SEMI-SUPERVISED AND ACTIVE LEARNING IN INITIALLY LABELED NONSTATIONARY AND EVOLVING ENVIRONMENTS
Infrared images are by nature fuzzy and noisy, thus the segmentation of human targets from them is a challenging task. In this work, fuzzy Tsallis entropy of background and target are defined respectively according to probability division principle. Next, a newly defined entropy is extended into two dimensions to make full use of spatial information.
The last few decades have witnessed major evolution in communication networks that impacted the mere essence of human life. Continents that are oceans apart, became just a phone call away and globalization emerged deriving knowledge sharing and culture integration.
This paper presents driver simulation results for multi-sensory platform aimed at providing data that are used for driver states classification. This
Computer vision systems can play a role in providing care to individuals living with physical or cognitive disability. In this talk, I will first briefly review vision-based systems to provide assistance to older adults with dementia and to assist with usability studies for this population. I will then present preliminary results on assessing the cognitive status of older adults by way of monitoring common activities of daily living.
The talk will give a brief overview of recent research activities and achievements of my Lab in the area of autonomous navigation of ground and aerial robots. The emphasis will be given on our recently developed algorithms for real-time motion planning and control, localization and mapping, and moving objects detection and tracking.