The robotic football competition has encouraged the participants to develop new ways of solving different problems in order to succeed in the competition. This article shows a different approach to the ball detection and recognition by the robot using a Kinect System. It has enhanced the capabilities of the depth camera in detecting and recognizing the ball during the football match. This is important because it is possible to avoid the noise that the RGB cameras are subject to for example lighting issues.info:eu-repo/semantics/publishedVersio
Robotic soccer is a testbed for new technologies concerning for example vision measurement, artifici...
The ability to accurately track a ball is a critical issue in humanoid robot soccer, made difficult ...
Autonomous mobile robots are ever increasing their number of different applications, even in ludic a...
This paper describes the real time global vision system for the robot soccer team the RoboRoos. It h...
Autonomous mobile robots are ever increasing their number of different applications, even in ludic a...
This paper describes an Autonomous Mobile Robot team which plays football, developed by the Group of...
As robots autonomously compete to win soccer RoboCup competition annually, more challenging rules ar...
A development of a two-camera soccer robot system (SRS) for the FIRAMiroSot large league is presente...
The vision module used by the 2011 rUNSWift team acts as the primary source of input for its robots ...
This paper describes the real time global vision system for the robot soccer team the RoboRoos. It h...
This paper presents a real-time system for ball detection and tracking system which is reliable in a...
This paper presents an edge-based ball detection system for use in RoboCup robots. The algorithm can...
This paper deals with design of fast image processing necessary for robot soccer system of MIROSOT c...
This paper presents a real-time system for ball detection and tracking system which is reliable in a...
AbstractIn a robotic soccer competition, the locations of the ball and the robot are recognized thro...
Robotic soccer is a testbed for new technologies concerning for example vision measurement, artifici...
The ability to accurately track a ball is a critical issue in humanoid robot soccer, made difficult ...
Autonomous mobile robots are ever increasing their number of different applications, even in ludic a...
This paper describes the real time global vision system for the robot soccer team the RoboRoos. It h...
Autonomous mobile robots are ever increasing their number of different applications, even in ludic a...
This paper describes an Autonomous Mobile Robot team which plays football, developed by the Group of...
As robots autonomously compete to win soccer RoboCup competition annually, more challenging rules ar...
A development of a two-camera soccer robot system (SRS) for the FIRAMiroSot large league is presente...
The vision module used by the 2011 rUNSWift team acts as the primary source of input for its robots ...
This paper describes the real time global vision system for the robot soccer team the RoboRoos. It h...
This paper presents a real-time system for ball detection and tracking system which is reliable in a...
This paper presents an edge-based ball detection system for use in RoboCup robots. The algorithm can...
This paper deals with design of fast image processing necessary for robot soccer system of MIROSOT c...
This paper presents a real-time system for ball detection and tracking system which is reliable in a...
AbstractIn a robotic soccer competition, the locations of the ball and the robot are recognized thro...
Robotic soccer is a testbed for new technologies concerning for example vision measurement, artifici...
The ability to accurately track a ball is a critical issue in humanoid robot soccer, made difficult ...
Autonomous mobile robots are ever increasing their number of different applications, even in ludic a...