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  • About
  • The Global ETD Search service is a free service for researchers to find electronic theses and dissertations. This service is provided by the Networked Digital Library of Theses and Dissertations.
    Our metadata is collected from universities around the world. If you manage a university/consortium/country archive and want to be added, details can be found on the NDLTD website.
1

uMED: Uma Arquitetura para Desenvolvimento de Software Direcionada `a Medicina Ubíqua / UMED: AN ARCHITECTURE FOR SOFTWARE DEVELOPMENT TARGETED TO UBIQUITOUS MEDICINE

Rodrigues, Sérgio Luis 05 March 2011 (has links)
Made available in DSpace on 2016-03-22T17:26:44Z (GMT). No. of bitstreams: 1 Sergio.pdf: 4483896 bytes, checksum: fd6e9fa437d692c1d9468eadde90af71 (MD5) Previous issue date: 2011-03-05 / The ubiquitous medicine has the premisse to provide access to health services at any time, without restriction of location enhancing the mobility of doctors, nurses and other health professionals. These professionals need tools for information access, both at the site where the patient, either in other locations. The aim of this paper is to propose an infrastructure that integrates sensors and computing devices (mobile and fixed), considering the ubiquitous environment provided by a middleware and software architecture with context elements awareness, and also with the capacity acting on them. This architecture is called uMED, and their target applications will include monitoring vital signs of patients considering a typical work environment of staff working in medical emergencies. It is also being made to allow health professionals to remotely control (actuation) medical equipments. From the monitoring and/or actuation features, the intention is to enable an improvement in work routines of health professionals, helping to reduce the high percentage of nomadism and fragmentation of its activities. The uMED architecture is being designed with the perspective of being integrated with middleware EXEHDA. In order to evaluate the software architecture proposed for uMED, was developed a case study aimed at clinical follow-up of patients / A medicina ub´ıqua tem como premissa disponibilizar acesso aos servic¸os de sa´ude a qualquer hora, sem restric¸ oes de localizac¸ ao potencializando a mobilidade de m´edicos, enfermeiros e outros profissionais de sa´ude. Estes profissionais necessitam de ferramentas de acesso `as informac¸ oes, tanto no local onde se encontra o paciente, como n ao. O objetivo central deste trabalho ´e propor uma infraestrutura que integre sensores e dispositivos computacionais (m´oveis e fixos), valendo-se para isto do ambiente ub´ıquo provido por um middleware, e de uma arquitetura de software com sensibilidade para elementos de contexto, e tamb´em com capacidade de atuac¸ ao sobre os mesmos. Esta arquitetura ´e denominada uMED, e suas respectivas aplicac¸ oes alvo ir ao contemplar o monitoramento de sinais vitais de pacientes considerando um ambiente t´ıpico de trabalho das equipes que atuam em urg encias m´edicas. Tamb´em est´a sendo prevista a possibilidade dos profissionais de sa´ude controlarem remotamente (atuac¸ ao) equipamentos m´edicos. A partir das funcionalidades de monitoramento e/ou atuac¸ ao pretende-se possibilitar uma melhora nas rotinas de trabalho dos profissionais de sa´ude, contribuindo para reduzir o elevado percentual de nomadismo e fragmentac¸ ao de suas atividades. A arquitetura do uMED est´a sendo concebida com a perspectiva de ser integrada ao middleware EXEHDA. No sentido de avaliar a arquitetura de software proposta para o uMED, foi desenvolvido um estudo de caso direcionado ao acompanhamento cl´ınico de pacientes

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