Titlebook: Biomedical Engineering Systems and Technologies; Third International Ana Fred,Joaquim Filipe,Hugo Gamboa Conference proceedings 2011 Sprin

prosperity

無能力

Adaptive RBF-HMM Bi-Stage Classifier Applied to Brain Computer Interfacehe cross-validation method. The results allow to conclude that it is possible to implement this algorithm in an on-line BCI device, but a huge dependency in the percentage of the correct classification from the user and the setup parameters has been detected.

Lobotomy

預(yù)定

Prosodic Speech Restoration Device: Glottal Excitation Restoration Using a Multi-resolution Approachility is obtained through adaptive wavetable oscillators; a novel, reliable and computationally efficient pitch estimation method. Two authentic features were used to assess performance, namely breathiness and prosody. Preliminary results indicate that breathiness of the restored signal is clearly reduced and prosody related features are improved.

GROUP

Loredana Cena PhD,Antonio ImbasciatioDoc, our first WOAD-compliant EPR, and that gave us preliminary user feedbacks for validation. We then illustrate the core implementation details of the WOAD architecture, as it has been deployed in ProDoc.

現(xiàn)任者

Reinhard Larsen,Thomas Ziegenfu? in OWL ontologies. The approach uses a lightweight temporal model to encode the temporal dimension of data. It also uses the OWL-based Semantic Web Rule Language (SWRL) and the SWRL-based OWL query language SQWRL to reason with and query the temporal information represented using our model.

AMBI

Admonish

Web of Active Documents: An Architecture for Flexible Electronic Patient RecordsoDoc, our first WOAD-compliant EPR, and that gave us preliminary user feedbacks for validation. We then illustrate the core implementation details of the WOAD architecture, as it has been deployed in ProDoc.

構(gòu)成

從屬

An Investigation on ALD Thin Film Evanescent Waveguide Sensor for Biomedical Applicationterization set up and measured the propagation loss of Al.O. and TiO. waveguides at 1.3 um. The results show that ALD thin films can be used as waveguide material to obtain very high sensitive sensors.