Applied AI Systems, Inc.
Applied AI Systems, Inc. (AAI) is a research and development
company specializing in the development and application of
intelligent mobile robotics. Application areas include service
areas, disabled community, security, surveillance, agriculture,
entertainment.
Company Details
Year Established:
1983
Total Sales ($CDN):
$1,000,000 - $5,000,000
Number of Employees:
14
Company Information
Ann Griffith
Title:
General Manager
Telephone:
(613) 839-6161
Fax:
(613) 839-6616
Email:
Click Here
Products
Mobile Robots
Robots
Labo-1
Autonomous 4-wheeled mobile platform with tight maneuverability
when used on flat-floored indoor environments. Applications
include
measurement, inspection, detection, R&D, entertainment, and
transport of payloads under 10kg. Active IR sensors provide
behavior-based obstacleavoidance in complicated situations.
Optional vision guidance cameras and evolvableANNs for free-space
and landmark navigation. Top speed 5.4 km/hr.
ConnectIT Category Description: COMPUTING AND DEVELOPMENT TOOLS
Expert Systems/Artificial Intelligence
ConnectIT-keywords: Indoor, Autonomous Vehicle, Mobile Platform,
Vision-Guided, LandmarkNavigation,
Gaia-2
Small rugged, autonomous 4-wheeled platform for heavy
indoor/outdoor
transport, inspection, security, and detection applications.
Speeds up
to 6 km/hr with capabilities for on-the-spot rotation and up to
eight hours
runtime. Payload limit is 30 kg. Active IR sensors provide
collision
avoidance. Optional steerable CCD cameras and evolvable ANNs
provide free-space and landmark navigation.
ConnectIT Category Description: COMPUTING AND DEVELOPMENT TOOLS
Expert Systems/Artificial Intelligence
ConnectIT-keywords: Autonomous Vehicle, Mobile Platform,
Landmark Navigation, Evolutionary Robotics, Active Vision, ANN,
Flexible Autonomous Ground Vehicle (fagv-2)
Sturdy autonomous 4-wheeled (2-drive, 2-steering) mobile platform
Customizable for indoor/outdoor transport applications
which depend heavily on vision guidance. Originally designed
for factory use. Behavior-based avoidance accompanied by
vision-guided evolvable ANN-based landmark navigation.
Carries a maximum 120 kg payload and travels up to 7 km/hr
for approximately 20 km.
ConnectIT Category Description: COMPUTING AND DEVELOPMENT TOOLS
Expert Systems/Artificial Intelligence
ConnectIT-keywords: Autonomous mobile vehicles, Vision-guided,
Landmark navigation, Evolutionary Robotics, Mobile Robot
Platform, ANN
Oct-1c
Autonomous eight-legged robot creature modeled after lobsters.
navigates at 0.5 ft/sec maximum speed, over moderate terrain. For
R&D,
entertainment, educational display purposes. The 9 lb, 2 foot
long robot stands 6.5 in. high, and moves using fully
programmable
gaits. A light array, bump-sensitive whiskers and legs, and
IR sensors guide the robot's movements.
ConnectIT Category Description: COMPUTING AND DEVELOPMENT TOOLS
Expert Systems/Artificial Intelligence
ConnectIT-keywords: Eight legged robot, behavior based robotics,
walking gait, evolutionary experiments
Tao-7 (intelligent Wheelchair)
Autonomous vision-guided wheelchair for
assisted indoor transport of a disabled person who
has restricted motor control. Active IR and bump
sensors permit fine negotiation of doorways and confined
spaces, as well as aboidance of obstacles. Two CCD
color cameras and evolvable ANNs provide landmark
navigation.
ConnectIT Category Description: COMPUTING AND DEVELOPMENT TOOLS
Expert Systems/Artificial Intelligence
ConnectIT-keywords: wheelchair, autonomous, landmark, ANN,
behavior-based, Disabled, intelligent
Labo-3
Versatile wheeled platform for advanced mobile robotics
experiments. Many options, including vision and radio communication.
Services