CardioGRID: a framework for the analysis of cardiological signals in GRID computing

JUAN FRANCISCO GARCIA EIJO; MARCELO RISK; FRANCISCO PRIETO CASTRILLO; CESAR SUAREZ ORTEGA; MARIA BOTON FERNANDEZ; ALFONSO PARDO DIAZ; MANUEL RUBIO DEL SOLAR; RAUL RAMOS POLLAN

JOURNAL OF PHYSICS CONFERENCE SERIES

IOP Publishing

Año: 2011 vol. 313 p. 1 - 7

1742-6588

The present paper describes the development of the CardioGRID framework into the GRID infrastructure. The core GRID services; Workload Management System (WMS), Data Management System and Grid Authentication have been implemented. Additionally, a web- based tool -the CardioGRID portal- has been developed to facilitate the user interaction with the GRID. As a result, the user is able to process the electrocardiogram (ECG) signals obtained form a portable data acquisition device and to process it on the GRID. Once the CardioGRID portal is prompted and the user identity is verified through a digital X.509 certificate, the operator may either upload new raw ECG data to the GRID Storage Elements or use already stored data. Then, subsequent analytics from these data are performed as GRID jobs and relevant medical quantities are derived through middle-ware job retrieval mechanism. In summary in this paper was described the development of a medical GRID based system, and its integration to an existing platform for Digital Repositories Infrastructure.