The LPI has taken part on the 33rd Conference of the Spanish Society of Biomedical Engineering (CASEIB2015), held in Madrid the 4th, 5th and 6th of November 2015. Three oral communications on the field of cardiac magnetic resonance processing were presented:

A new article on the effect that Acquisition Parameters over DTI scalars has been published on the open-source journal PLOS One: "Impact of MR Acquisition Parameters on DTI Scalar Indexes: A Tractography Based Approach". This study presents an analysis on the impact of simultaneous changes in multiple parameters: number of gradient directions, b-value and voxel resolution over scalar measures such as the Fractional Anisotropy (FA) or the Mean Diffusivity (MD) . We employ a tractography-based approach.

The 2015 Jack Perkins Prize for the best paper in the journal Medical Physics and Engineering has been awarded to the 2014 paper entitled "Automatic detection of wakefulness and rest intervals in actigraphic signals: A data driven approach" co--authored by Diego Martín-Martínez (former PhD student at LPI and currently at Ernst and Young), Pablo Casaseca-de-la-Higuera (currently at the University of West Scotland at Paisley), the physicians Jesús Andrés-de-Llano, J.R. Garmendia and Susana Alberola-López, and by Carlos Alberola-López, professor at the University of Valladolid.

Un artículo científico- cuyos autores son el doctorando Diego Martín-Martínez y los profesores de la UVA Carlos Alberola López y Pablo Casaseca de la Higuera, además de los médicos pediatras Jesús Andrés de Llano, Garmendia y Susana Alberola López- ha recibido el Jack Perkins Prize 2015 al mejor artículo científico concedido por el Institute of Physics and Engineering in Medicine del Reino Unido.

Ariel H. Curiale, student with the LPI, has successfully presented his PhD thesis last Friday (July 24, 2015). The work was entitled "Contributions to assessment of cardiac failures by echocardiography image processing". His work focuses on the analysis and processing of 3D echocardiographic imaging, being its aim to provide technical support to accurately assess different myocardial failures from ultrasound data of the heart. Results provided are sought to be robust, independent of the intra- and inter-observer variability common in radiological interpretation.