2016
DOI: 10.1007/978-3-319-40621-3_14
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The Virtual Experiences Portals — A Reconfigurable Platform for Immersive Visualization

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Cited by 7 publications
(6 citation statements)
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“…A ROS-based collaborative robot enables high bandwidth instrumentation of robot joint encoders and 3D visualization of robot configuration in real time via ROS rviz. (iv) An additional visualization facility for collaborative engineering is provided by a cluster of 6 high resolution virtual experience portals (VxPortals) [43], each consisting of a 4K 60hz display, a workstation and a depth-based sensor for tracking a small number of human users. The VxPortals are connected to VxLab and each other via a 10Gbps network.…”
Section: A Demonstrator Platformmentioning
confidence: 99%
“…A ROS-based collaborative robot enables high bandwidth instrumentation of robot joint encoders and 3D visualization of robot configuration in real time via ROS rviz. (iv) An additional visualization facility for collaborative engineering is provided by a cluster of 6 high resolution virtual experience portals (VxPortals) [43], each consisting of a 4K 60hz display, a workstation and a depth-based sensor for tracking a small number of human users. The VxPortals are connected to VxLab and each other via a 10Gbps network.…”
Section: A Demonstrator Platformmentioning
confidence: 99%
“…We gathered Ultra Violet (UV) index data from a separate research project called SmartSpace involving ABB's research centre in India (INCRC) and AICAUSE in Melbourne, Australia. The data sets have been used in the SmartSpace project (see [2] and [9]).…”
Section: Data Set Accessmentioning
confidence: 99%
“…ICT architecture for data display [3], AR-based picking instructions [4], displaying additional information within a factory [5], or virtual product inspection stations based on VR-goggles [6]. Additionally, there is work on VR-based collaboration [7], the use of exoskeletons within manufacturing tasks [8], and factory planning [9]. On the side of the robotic research, there are tools for developing immersion-based situational awareness (including virtual reality user experience) for robots supported by the robot operation system (ROS) using the native RViz visualization [10], this technology does not enable communication with the main frameworks used for AR and VR development: Unity and Unreal.…”
Section: Introductionmentioning
confidence: 99%