Poster
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6th Internet World Congress for Biomedical Sciences

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NEMESIS: A new telemedicine approach for co-operative work on cardiology

Rafael Magdalena(1), Javier Calpe Maravilla(2), Juan Guerrero(3), Antonio J. Serrano López(4), José David Martín Guerrero(5)
(1)Electronic Engineering Dpt.. University of Valencia - Burjasot. Spain
(2)dpto Ingeniería electronica. Facultad de Fisicas - Burjassot/Valencia. Spain
(3)Departamento de Electrónica. Universidad de Valencia - Burjassot. Spain
(4)Dpto. Electrónica. Universidad de Valencia - Burjasot. Spain
(5)G.P.D.S. Departament d´Enginyeria Electrònica. Universitat de València - Burjassot. Spain

Discussion Board Contact address: Rafael Magdalena
Electronic Engineering Dpt. University of Valencia
50 Dr. Moliner Ave Burjasot
Valencia E46100 Spain
mada@filemon.uv.es
[ABSTRACT] [INTRODUCTION] [MATERIAL & METHODS] [RESULTS] [IMAGES] [CONCLUSIONS] [BIBLIOGRAPHY] [Discussion Board]
Main Page Previous: APPLICATION OF A RECURSIVE NON-LINEAR ADAPTIVE FILTER TO RECOVER FOETAL ELECTROCARDIOGRAM. Previous: ACQUISITION AND ANALYSIS OF RR TEMPORAL SERIES FROM HOLTER RECORDINGS Previous: Neural Networks for the Detection of EEG Arousal During Sleep. INTRODUCTION
[New Technology]
Next: Decision Making Aid for Digoxin Administration with Neural Networks 		[Cardiolovascular Diseases]
Next: Decision Making Aid for Digoxin Administration with Neural Networks 		[Health Informatics]
Next: Determination of the Protection Level for Post Chemotherapy Emesis with a Multilayer Perceptron.

ABSTRACT

The present poster describes a telemedicine approach to a computer-aided healthcare system. The application is a comprehensive tool set, structured around a main navigation bar, which leads to every sub-application. Those sub-applications are window based, user-friendly tools, comprising specific health tools for physicians, telemedicine/telematics tools and general-purpose tools. The whole application is built in a highly structured and modular way, which allows adding or excluding modules quickly. Portability is guaranteed and achieved by Java programming language, bringing independent platform software. All modules comply with international standards; namely, medical modules comply with European CEN TC 251 approved standards, while telematic modules observe the ITU standards. The present application release offers one specific medical module, videoconference, electronic mail, remote control, electronic healthcare patient record retrieval and knowledge database access

Keywords: Telemedicine - cardiology - co-operative work - cen standards - signal processing -
Discussion Board
Discussion Board

Any Comment to this presentation?

[ABSTRACT] [INTRODUCTION] [MATERIAL & METHODS] [RESULTS] [IMAGES] [CONCLUSIONS] [BIBLIOGRAPHY] [Discussion Board]
Main Page Previous: APPLICATION OF A RECURSIVE NON-LINEAR ADAPTIVE FILTER TO RECOVER FOETAL ELECTROCARDIOGRAM. Previous: ACQUISITION AND ANALYSIS OF RR TEMPORAL SERIES FROM HOLTER RECORDINGS Previous: Neural Networks for the Detection of EEG Arousal During Sleep. INTRODUCTION
[New Technology]
Next: Decision Making Aid for Digoxin Administration with Neural Networks 		[Cardiolovascular Diseases]
Next: Decision Making Aid for Digoxin Administration with Neural Networks 		[Health Informatics]
Next: Determination of the Protection Level for Post Chemotherapy Emesis with a Multilayer Perceptron.
Rafael Magdalena, Javier Calpe Maravilla, Juan Guerrero, Antonio J. Serrano López, José David Martín Guerrero
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