Sistemas Electrónicos
Fecha
30/08/2019Autor
Director/Coordinador
Boal Martín-Larrauri, JaimeGiannetti, Romano
Giannetti, Romano
Giannetti, Romano
Giannetti, Romano
Giannetti, Romano
Giannetti, Romano
Giannetti, Romano
Giannetti, Romano
Giannetti, Romano
Giannetti, Romano
Giannetti, Romano
Giannetti, Romano
Giannetti, Romano
Giannetti, Romano
Giannetti, Romano
Giannetti, Romano
Giannetti, Romano
Giannetti, Romano
Giannetti, Romano
Giannetti, Romano
Giannetti, Romano
Giannetti, Romano
Giannetti, Romano
Giannetti, Romano
Giannetti, Romano
Giannetti, Romano
Giannetti, Romano
Giannetti, Romano
Giannetti, Romano
Giannetti, Romano
Giannetti, Romano
Muñoz Frías, José Daniel
Rodríguez Pecharromán, Ramón
Rodríguez Pecharromán, Ramón
Metadatos
Mostrar el registro completo del ítemGuía Docente
Sistemas ElectrónicosTitulación / Programa
Grado en Ingeniería ElectromecánicaCréditos
7.5Colecciones
Ítems relacionados
Mostrando ítems relacionados por Título, autor o materia.
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A survey of time-of-flight algorithms to determine bone positions in movement
Giannetti, Romano; Fresno de Marcos, José Manuel; Robles Muñoz, GuillermoIn biomechanical applications where an ultrasound signal is used to determine the position of a specific organ or tissue, like for example a bone, a so-called A-mode ultrasonog- raphy is used. A ultrasonic pulse is generated ... -
A survey of time-of-flight algorithms to determine bone positions in movement
Fresno de Marcos, José Manuel; Giannetti, Romano; Robles Muñoz, Guillermo (Politecnico di Torino (Turín, Italia), 22/05/2017)In biomechanical applications where an ultrasound signal is used to determine the position of a specific organ or tissue, like for example a bone, a so-called A-mode ultrasonography is used. A ultrasonic pulse is generated ... -
In vivo bone position measurement using high-frequency ultrasound validated with 3-D optical motion capture systems: a feasibility study
Giannetti, Romano; Petrella, Anthony J.; Bach, Joel M.; Silverman, Anne K.; Sáenz Nuño, María Ana; Pérez Mallada, Néstor (2017-08-01)Accurate measurement of bone position in vivo during dynamic activities has the potential to improve our identification and understanding of injury mechanisms and enhance our ability to design protective equipment andor ...