Article
Publicly Available
Patient Situation Recognition Framework for an end Effector Based Rehabilitation System
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Published/Copyright:
September 7, 2013
Published Online: 2013-09-07
© 2013 by Walter de Gruyter GmbH & Co.
Articles in the same Issue
- Concept of a Co-Adaptive Training Environment for Human-Machine Interfaces Based on EMG-Control
- Identification of relevant clinical symptoms for the development of a machine-aided screening method of postural deformities
- A Novel Portable System for Gait Analysis and Rehabilitation
- Non-Invasive detection of the Influence of Spasticity on Muscular Activation
- Patient Situation Recognition Framework for an end Effector Based Rehabilitation System
- Guiding Visually Impaired People by Transmitting Navigational Instructions to Wearable Vibrating Belt Systems
- Development of a Software Package to Assess and Analyze Gait Data Gathered by the Eshoe System
- A Vibrotactile Assistive System for Directional Navigation
Articles in the same Issue
- Concept of a Co-Adaptive Training Environment for Human-Machine Interfaces Based on EMG-Control
- Identification of relevant clinical symptoms for the development of a machine-aided screening method of postural deformities
- A Novel Portable System for Gait Analysis and Rehabilitation
- Non-Invasive detection of the Influence of Spasticity on Muscular Activation
- Patient Situation Recognition Framework for an end Effector Based Rehabilitation System
- Guiding Visually Impaired People by Transmitting Navigational Instructions to Wearable Vibrating Belt Systems
- Development of a Software Package to Assess and Analyze Gait Data Gathered by the Eshoe System
- A Vibrotactile Assistive System for Directional Navigation
