SmartCitizen Voice. IBV Methodology in Open Data Environments
Given the increasing availability of open data - thanks to transparency models - we have the opportunity to combine this information with social innovation tools and the exploitation made possible by Big Data. In this context, the IBV has developed and validated SmartCitizen Voice, a three-phase methodology that integrates companies in Smart City environments and involves citizens in all the processes that have an impact on their quality of life.
Análisis de las alteraciones biomecánicas en el síndrome de dolor femoropatelar con Kinemov/IBV: A propósito de un caso
El síndrome de dolor femoropatelar es una de las causas más comunes de dolor en la rodilla. El análisis biomecánico proporciona información clave para la prescripción del ejercicio terapéutico porque las pruebas actuales, tanto diagnóstica como funcionales, no aportan información suficientemente específica y fiable. El software Kinemov/IBV permite un análisis biomecánico de forma ágil, rápida y objetiva frente a tecnologías estándar que resultan complejas y tediosas. Dicho análisis biomecánico ha permitido evidenciar los déficits de cada articulación y crear un programa individualizado de ejercicio terapéutico.
SmartCitizen Voice. Metodología IBV en entornos Open data
Ante la creciente disponibilidad de datos abiertos – gracias a los modelos de transparencia – aparece la oportunidad de combinar dicha información con herramientas de innovación social y explotación del Big Data. En este contexto, el IBV ha desarrollado y validado SmartCitizen Voice, una metodología, diferenciada en tres fases, que integra a las empresas en los entornos Smart City e implica a la ciudadanía en todos los procesos que inciden en su calidad de vida.
Biomedical Engineering Technological Network applied to degenerative pathologies of the neuromusculoskeletal system in clinical and out-of-hospital settings
Launched in 2020, the main objective of the IBERUS project is to create a new strategy for network cooperation in research, development and innovation in the healthcare sector.
The project, led by the Instituto de Biomecánica (IBV), has also benefited from the participation of three other Spanish technology centers: CTIC, which specializes in cutting-edge technologies and Artificial Intelligence, ITCL, a benchmark center in Artificial Intelligence, Big Data, electronic design and embedded systems applied to digital healthcare, and TEKNIKER, which specializes in Advanced Manufacturing, Surface Engineering, Product Engineering and ICTs.
The aim of this project is to strengthen the scientific and technological excellence of the cluster at both the national and international level, as well as its capabilities and assets in the field of BIOMEDICAL ENGINEERING, thus reinforcing and encouraging the processes by which knowledge is transferred to the Spanish industrial fabric.
