Where robot can see, think, and act!
The advantages of using robots are they are consistent, can perform dangerous tasks, can speeds up production line, and deliver within measurable quality products. Some of the robot technology includes car-like robot, catamaran unmanned surface vessel (glides on top of water surface), hovering autonomous underwater vehicle (dive into water), quadr
The cutting edge learning technique in AI-based vision processing is deep learning. Deep learning has been used to solve problems for image classification, image classification with localization, object detection, object segmentation, image colorization, image reconstruction, image super-resolution, image synthesis, and many many more. The most co
Control systems allow for the movement and function of various parts of a robot, as well as execute a specific set of motions and reduction in errors. Some of the common control methods are Proportional-Integral-Derivative (PID), Linear Quadratic Regulator (LQR), State-Feedback Linearization, Integrator Backstepping and Sliding Mode. Some of th
To make good use of the robot’s ability to move based from what it sees is possible through visual servoing. Specifically, visual servoing is an ability to make a robot to change its position with respect to the target displayed on an image. Common visual servoing methods are position-based visual servoing, image-based visual servoing, 2-½-D vi
The advantages of using robots are they are consistent, can perform dangerous tasks, can speeds up production line, and deliver within measurable quality products. Some of the robot technology includ
The cutting edge learning technique in AI-based vision processing is deep learning. Deep learning has been used to solve problems for image classification, image classification with localization, obj
Control systems allow for the movement and function of various parts of a robot, as well as execute a specific set of motions and reduction in errors. Some of the common control methods are Proportio
To make good use of the robot’s ability to move based from what it sees is possible through visual servoing. Specifically, visual servoing is an ability to make a robot to change its position with respect to the target displayed on an image. Common visual servoing methods are position-based visual servoing, image-based visual servoing, 2-½-D vi
