Kenneth McIssac, Western University
Associate Professor
Department of Electrical And Computer Engineering
London, Ontario
kmcisaac@uwo.ca
Office:
(519) 661-2111 ext. 80562
Expert In
Bio/Research
Research Interests Includes:
Biomimetic robotic locomotion--How do animals move the way they do? An underwater, eel-like robot used in my graduate work. Someday, I'm going to build the REEL III, which will be amphibious and will navigate in 3-D. Other possibilities include walking, cr...
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Biomimetic robotic locomotion--How do animals move the way they do? An underwater, eel-like robot used in my graduate work. Someday, I'm going to build the REEL III, which will be amphibious and will navigate in 3-D. Other possibilities include walking, cr...
Click to Expand >>
Bio/Research
Research Interests Includes:
Biomimetic robotic locomotion--How do animals move the way they do? An underwater, eel-like robot used in my graduate work. Someday, I'm going to build the REEL III, which will be amphibious and will navigate in 3-D. Other possibilities include walking, crawling and flying.
Multi-robot coordination--Specifically robot teams based on distributed intelligence and parallel computing. We're working on a "mobile Beowulf cluster".
Reconfigurable robotics--We're working on building a team of identical modular robots that are capable by themselves and can combine to form larger structures.
Medical and assistive robotics--I want to get mobile robots out of the lab and find ways for them to help people in need.
Click to Shrink <<
Biomimetic robotic locomotion--How do animals move the way they do? An underwater, eel-like robot used in my graduate work. Someday, I'm going to build the REEL III, which will be amphibious and will navigate in 3-D. Other possibilities include walking, crawling and flying.
Multi-robot coordination--Specifically robot teams based on distributed intelligence and parallel computing. We're working on a "mobile Beowulf cluster".
Reconfigurable robotics--We're working on building a team of identical modular robots that are capable by themselves and can combine to form larger structures.
Medical and assistive robotics--I want to get mobile robots out of the lab and find ways for them to help people in need.
Click to Shrink <<