File:On-the-Applicability-of-Brain-Reading-for-Predictive-Human-Machine-Interfaces-in-Robotics-pone.0081732.s003.ogv
On-the-Applicability-of-Brain-Reading-for-Predictive-Human-Machine-Interfaces-in-Robotics-pone.0081732.s003.ogv (Ogg multiplexed audio/video file, Theora/Vorbis, length 4 min 51 s, 426 × 320 pixels, 635 kbps overall, file size: 22.04 MB)
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DescriptionOn-the-Applicability-of-Brain-Reading-for-Predictive-Human-Machine-Interfaces-in-Robotics-pone.0081732.s003.ogv |
English: Online adaptation of the exoskeleton by eBR in the teleoperation scenario. It is shown how the exoskeleton's control is adapted by eBR to ease the lock out from a rest position. Online prediction values and the point in time at which sensors that are integrated in the exoskeleton detect the movement onset are visualized in an inserted diagram. Video and online prediction values for BR as well as movement onsets are synchronized in time. The video shows that too early or false movement predictions by BR are irrelevant for the control of the system. Only correct movement predictions ease the handling of the exoskeleton by the operator. |
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Source | Video S3 from Kirchner E, Kim S, Straube S, Seeland A, Wohrle H, Krell M, Tabie M, Fahle M (2013). "On the Applicability of Brain Reading for Predictive Human-Machine Interfaces in Robotics". PLOS ONE. DOI:10.1371/journal.pone.0081732. PMID 24358125. PMC: 3864841. | ||
Author | Kirchner E, Kim S, Straube S, Seeland A, Wohrle H, Krell M, Tabie M, Fahle M | ||
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This file is licensed under the Creative Commons Attribution 4.0 International license.
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Date/Time | Thumbnail | Dimensions | User | Comment | |
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current | 07:47, 24 December 2013 | 4 min 51 s, 426 × 320 (22.04 MB) | Open Access Media Importer Bot (talk | contribs) | Automatically uploaded media file from Open Access source. Please report problems or suggestions here. |
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Author | Kirchner E, Kim S, Straube S, Seeland A, Wohrle H, Krell M, Tabie M, Fahle M |
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Usage terms | http://creativecommons.org/licenses/by/4.0/ |
Image title | Online adaptation of the exoskeleton by eBR in the teleoperation scenario. It is shown how the exoskeleton's control is adapted by eBR to ease the lock out from a rest position. Online prediction values and the point in time at which sensors that are integrated in the exoskeleton detect the movement onset are visualized in an inserted diagram. Video and online prediction values for BR as well as movement onsets are synchronized in time. The video shows that too early or false movement predictions by BR are irrelevant for the control of the system. Only correct movement predictions ease the handling of the exoskeleton by the operator. |
Software used | |
Date and time of digitizing | 2013 |
Language | English |