An oriented-object architecture for electrophysiological signal visualization and processing

An oriented-object architecture in which biomedical signal processing algorithms can rapidly be evaluated on a clinical basis is presented. The implementation on this workstation includes three main modules (or objects): data conversion, visualization and processing management. The latter allows to dynamically load processing programs without the need to re-compile the whole application. This evolutive aspect makes the system an efficient clinical diagnostic tool as well as a good test platform for research purpose