AI-based Solutions
To address challenging real-world problems
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3D Object Detection and Pose Estimation
Robust technology to automatically create 3-dimensional models of objects and estimate their pose.
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Robot Visual Learning by Demonstration
A patented technology to observe and learn manual tasks and automatically generate executable robot programs.
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Vision-based Surface Inspection
To dynamically detect surface anomalies and calculate the surface coverage in micro- to macro- scales.
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Vision-based Robotic Peening
To directly measure and control the robot (or its end-point) with respect to a randomly positioned (moving) object.
What's New
A robot programming by demonstration platform
Robot Visual Learning
Frequent robot programming is either expensive or unfeasible for many applications. The patented technology involves marker-less perception of task examples to detect and track task objects, estimate their trajectory, and a theoretical platform to learn new robotic tasks through visual understanding of the environment at the trajectory level of task abstraction. Potential applications include service, manufacturing, biomedical, and aerospace industries.
See Technology
What's New
Any Robotic Platform
The developed methods are generic and can be easily adapted to any robotic platform.
Any Camera System
The methods can readily be adopted for different camera suits.
No Interruption
Simply let the system observe and make calculations without any process interruption.
Non-Intrusive Programming
Generate robotic codes for robot visual learning without the hassle of manual programming.
Cost Eeffective
Tremendous savings on the cost of inspection and programming that could be 2-8 times the cost of robot purchase.
Ergonomic Solutions
Conduct heavy tasks (such as moving surface peening guns) using intelligent robots that observe and learn.
Client’s Feedback
I must admit that I have been impressed of demos and fully support your research team’s endeavors in developing such technology.
Such brilliant method of programming automates this process and would enhance consistency and efficiency of robot programming and integration.
To the best of our understanding, the approach to programming is novel and will advance state-of-the-art technology.
Such integrated robot programming method combined with the enhanced consistency can produce a trend of increased demand for robotic automation in different sectors.
Trusted by Partners
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I must admit that I have been impressed of demos and fully support your research team’s endeavors in developing such technology.
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Such brilliant method of programming automates this process and would enhance consistency and efficiency of robot programming and integration.