AbstractvitaliSHOE is a multimodal sensor system for insole motion measurement, originally developed for the assessment of gait parameters in ambient assisted living and rehabilitation by the Austrian research institute CEIT Raltec. It is diffcult to measure gait parameters in-situ, over longer periods of time and without affecting the user (e.g. in long-distance running). vitaliSHOE is a mobile and low-effort motion analysis system which measures pressure, acceleration forces in all three spatial directions and the angle between subsurface and insole of the users foot. All data are recorded with a sampling frequency of 50Hz and a resolution of 10 bit and stored on a micro SD memory card. Evaluation of the pressure measurement system and th...
By deploying pressure sensors on insoles, the forces exerted by the different parts of the foot when...
Spatiotemporal analysis of gait pattern is meaningful in diagnosing and prognosing foot and lower ex...
The foot is an especially intricate piece of the already complex human body. In biomechanical resea...
AbstractIn order to perform long-term, low-effort gait analysis an instrumented shoe insole, equippe...
Insole pressure during walking or running could be used to analyze abnormality of kinetic measuremen...
The analysis of the human movement helps us to understand musculoskeletal disorders, such as the mec...
Measurement of spatiotemporal parameters of human gait is important for designing new, intelligent a...
This paper introduces the design and development of a novel pressure-sensitive foot insole for real-...
Analysing the ground reaction force (GRF) is an important component in rehabilitation medicine evalu...
Biomechanical analysis of gait is commonly used in physiotherapy. Ground reaction forces during phas...
Wireless pressure insoles may enable the assessment of movement biomechanics in a real-world setting...
Introduction: The use of in-shoe plantar pressure measurement systems is a relatively recent alterna...
Locomotion is one of the most important abilities of humans. Actually, gait locomotion provides mobi...
Gait analysis systems are monitoring systems that establish a symbiosis relationship with Ambient As...
We present a new electronic insole for wireless monitoring of motor activities and shoe comfort . Th...
By deploying pressure sensors on insoles, the forces exerted by the different parts of the foot when...
Spatiotemporal analysis of gait pattern is meaningful in diagnosing and prognosing foot and lower ex...
The foot is an especially intricate piece of the already complex human body. In biomechanical resea...
AbstractIn order to perform long-term, low-effort gait analysis an instrumented shoe insole, equippe...
Insole pressure during walking or running could be used to analyze abnormality of kinetic measuremen...
The analysis of the human movement helps us to understand musculoskeletal disorders, such as the mec...
Measurement of spatiotemporal parameters of human gait is important for designing new, intelligent a...
This paper introduces the design and development of a novel pressure-sensitive foot insole for real-...
Analysing the ground reaction force (GRF) is an important component in rehabilitation medicine evalu...
Biomechanical analysis of gait is commonly used in physiotherapy. Ground reaction forces during phas...
Wireless pressure insoles may enable the assessment of movement biomechanics in a real-world setting...
Introduction: The use of in-shoe plantar pressure measurement systems is a relatively recent alterna...
Locomotion is one of the most important abilities of humans. Actually, gait locomotion provides mobi...
Gait analysis systems are monitoring systems that establish a symbiosis relationship with Ambient As...
We present a new electronic insole for wireless monitoring of motor activities and shoe comfort . Th...
By deploying pressure sensors on insoles, the forces exerted by the different parts of the foot when...
Spatiotemporal analysis of gait pattern is meaningful in diagnosing and prognosing foot and lower ex...
The foot is an especially intricate piece of the already complex human body. In biomechanical resea...