A method is presented to determine viewpoints for a robotic vision system for which object features of interest will simultaneously by visible, inside the field-of-view, in-focus, and magnified as required. A technique that poses the problem in an optimization setting in order to determine viewpoints that satisfy all requirements simultaneously and with a margin is presented. The formulation and results of the optimization are shown, as well as experimental results in which a robot vision system is positioned and its lens is set according to this method. Camera views are taken from the computed viewpoints in order to verify that all feature detectability requirements are satisfied
<p>Using robots to perform the vision-based coverage tasks such as inspection, shape reconstruction ...
We present a model-based vision system that automatically plans the placement and optical settings o...
Real-time visual feedback is an important capability that many robotic systems must possess if these...
The MVP (machine vision planner) model-based sensor planning system for robotic vision is presented....
Automatically planning a camera viewpoint for tasks such as inspection in an active robot work-cell ...
This paper presents a dynamic sensor-planning system that is capa-ble of planning the locations and ...
A method of extending the sensor planning abilities of the MVP (machine vision planning) system to p...
This paper presents a dynamic sensor-planning system that is capable of planning the locations and s...
In this paper, we discuss techniques for extending the sensor planning capabilities of the machine v...
Camera placement experiments are presented that demonstrate the effectiveness of a viewpoint plannin...
Abstract Rapid development of artificial intelligence motivates researchers to expand the capabiliti...
This paper discusses the automatic computation of viewpoints for monitoring objects and features in ...
This paper presents a planning approach or automatically synthesis of the viewpoint locations of a l...
In hand-eye systems for advanced robotic applications such as assembly, degrees-of-freedom of the vi...
International audienceRemote sensors such as CCD cameras can be used for a variety of robot sensing ...
<p>Using robots to perform the vision-based coverage tasks such as inspection, shape reconstruction ...
We present a model-based vision system that automatically plans the placement and optical settings o...
Real-time visual feedback is an important capability that many robotic systems must possess if these...
The MVP (machine vision planner) model-based sensor planning system for robotic vision is presented....
Automatically planning a camera viewpoint for tasks such as inspection in an active robot work-cell ...
This paper presents a dynamic sensor-planning system that is capa-ble of planning the locations and ...
A method of extending the sensor planning abilities of the MVP (machine vision planning) system to p...
This paper presents a dynamic sensor-planning system that is capable of planning the locations and s...
In this paper, we discuss techniques for extending the sensor planning capabilities of the machine v...
Camera placement experiments are presented that demonstrate the effectiveness of a viewpoint plannin...
Abstract Rapid development of artificial intelligence motivates researchers to expand the capabiliti...
This paper discusses the automatic computation of viewpoints for monitoring objects and features in ...
This paper presents a planning approach or automatically synthesis of the viewpoint locations of a l...
In hand-eye systems for advanced robotic applications such as assembly, degrees-of-freedom of the vi...
International audienceRemote sensors such as CCD cameras can be used for a variety of robot sensing ...
<p>Using robots to perform the vision-based coverage tasks such as inspection, shape reconstruction ...
We present a model-based vision system that automatically plans the placement and optical settings o...
Real-time visual feedback is an important capability that many robotic systems must possess if these...