Titlebook: Computer Methods, Imaging and Visualization in Biomechanics and Biomedical Engineering II; Selected Papers from João Manuel R. S. Tavares,C

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Development of a Silent Speech Interface for Augmented Reality Applications,mmunications in acoustically challenging environments [.]. However, they have yet to be implemented into Augmented Reality displays, an area they can potentially revolutionize as a human-machine interface by offering low-profile and fluid input. This study overviews the development of a silent speec

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Hand Gesture Recognition for Sign Languages Using 3DCNN for Efficient Detection,ting them into text and speech. Sign language is a means of communication using bodily movements, especially using the hands and arms. With sign language recognition methods, dialog communication between the deaf and hearing society can become a reality. In this project, we carry out sign language r

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João Manuel R. S. Tavares,Christoph Bourauel,Jos VReports on cutting-edge computational and imaging methods.Places special emphasis on biological and medical applications.Describes models for advancing biomedical engineering research

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https://doi.org/10.1007/3-540-33017-8, where the nodes represent individuals and the connections between the nodes denote the relations between humans. In this way, a graph is connected where the probability of infectious spread from person to person is determined by the intensity of interpersonal contact. Infectious transfer is determ

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https://doi.org/10.1007/3-540-33017-8closing movements. The motion during jaw-closing has two phases: 1) rotation and translation along the mandibular fossa from maximum mouth open (MMO), and 2) pure rotation from 22° until mouth closed position. However, this motion pattern is altered after the jaw undergoes open joint arthroplasty. T

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,Konstruktion lärmarmer Maschinen,from the grounded robotic devices with the ability to train the patient in a real-world environment. In this context literature has highlighted the benefit of coupling gait analysis and musculoskeletal modeling for treatment planning. Recently, this combined approach has been successfully applied to

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Perspektivische Fertigungszeichnungen,rs and engineers to mitigate their consequences. Nowadays, solutions such as exoskeletons and exosuits are in constant development and may become reliable options to help people in these circumstances. However, prospective solutions need a control system acting as a “bridge” between the external dev

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,Zeichnen für Fortgeschrittene,rom observations of human movements are being implemented. Such a combination allows for the establishment of cause-and-effect relationships providing a unique, non-invasive method of evaluation into internal joint and muscle force function, as well as athletic performance and neuromuscular coordina

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https://doi.org/10.1007/3-540-35012-8e human joint axes, can be used to co-simulate the human and exoskeleton dynamics. However, human-exoskeleton joint misalignment is commonly observed during the use of an exoskeleton. Using misaligned motion data in the combined human-exoskeleton model can lead to unrealistic results. In this work,