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Controlo de dispositivos médicos em tempo real
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O presente documento relata as atividades, experiências e conhecimentos obtidos durante a realização do Projeto em Engenharia Informática (PEI), integrado no 2º e último ano do Mestrado em Engenharia Informática da Faculdade de Ciências da Universidade de Lisboa (FCUL). Este projeto foi elaborado na instituição Maxdata Software, SA, sediada no Carregado, Portugal e teve como resultado um novo produto que integrará o leque de soluções para a área da saúde desta empresa. Neste projeto foi desenvolvido o Clinidata® Instruments: um sistema distribuído de comunicação e controlo de dispositivos médicos em tempo real que funciona com a aplicação Clinidata®, o principal produto comercializado pela Maxdata Software, SA. O controlo de diferentes dispositivos médicos é possível através do uso de interfaces de comunicação, tipicamente disponibilizadas pelos fabricantes dos mesmos. Muitas vezes estes fabricantes optam por criar a sua interface proprietária, ainda assim, existem muitos factores comuns de dispositivo para dispositivo, sendo possível criar um software comum onde se adicionam especificações para cada dispositivo. O software desenvolvido situa-se ’entre’ os dispositivos médicos e o Clinidata®, sendo considerado um middleware que estabelece uma ligação bidirecional entre estes dois componentes e faz o processamento de dados, oferecendo mecanismos de tolerância a falhas que são fundamentais num sistema distribuído, especialmente em sistemas críticos como os que são utilizados na área da saúde. O Clinidata® Instruments encontra-se a ser utilizado em dois laboratórios: no Centro de Testes à COVID-19 da Faculdade de Ciências da Universidade de Lisboa e no Laboratório de Patologia Clínica do IPO de Lisboa.
This document reports the activities, experiences and knowledge obtained during the Computer Engineering Project course, integrated in the 2nd and final year of the Master’s Degree in Computer Engineering at the Faculty of Sciences of the University of Lisbon. This project was developed in the Maxdata Software, SA, Carregado, Portugal and resulted in a new product that will be integrated in the set of solutions for the health area of this company. In this project the Clinidata® Instruments was developed: a distributed system of communication and control for medical devices. It operates in real time and integrates the Clinidata® application, the main product marketed by Maxdata Software, SA. The control of different medical devices is possible through the use of communication interfaces, typically made available by their manufacturers. Often these manufacturers choose to create their own proprietary interface. However, there are many common factors from device to device, making possible to create common software where specific features are added for each device. The developed software is located ’between’ medical devices and Clinidata®, being considered a middleware that establishes a bidirectional connection between these two components and does the processing of data, offering fault tolerance mechanisms that are fundamental in a distributed system, especially in critical systems such as those used in healthcare. Clinidata® Instruments is being used in two laboratories: COVID-19 Testing Centre of the Faculty of Sciences of the University of Lisbon and the Clinical Pathology Laboratory of the IPO in Lisbon.
This document reports the activities, experiences and knowledge obtained during the Computer Engineering Project course, integrated in the 2nd and final year of the Master’s Degree in Computer Engineering at the Faculty of Sciences of the University of Lisbon. This project was developed in the Maxdata Software, SA, Carregado, Portugal and resulted in a new product that will be integrated in the set of solutions for the health area of this company. In this project the Clinidata® Instruments was developed: a distributed system of communication and control for medical devices. It operates in real time and integrates the Clinidata® application, the main product marketed by Maxdata Software, SA. The control of different medical devices is possible through the use of communication interfaces, typically made available by their manufacturers. Often these manufacturers choose to create their own proprietary interface. However, there are many common factors from device to device, making possible to create common software where specific features are added for each device. The developed software is located ’between’ medical devices and Clinidata®, being considered a middleware that establishes a bidirectional connection between these two components and does the processing of data, offering fault tolerance mechanisms that are fundamental in a distributed system, especially in critical systems such as those used in healthcare. Clinidata® Instruments is being used in two laboratories: COVID-19 Testing Centre of the Faculty of Sciences of the University of Lisbon and the Clinical Pathology Laboratory of the IPO in Lisbon.
Descrição
Trabalho de projeto de mestrado, Engenharia Informática (Sistemas de Informação) Universidade de Lisboa, Faculdade de Ciências, 2020
Palavras-chave
Clinidata® Dispositivos Médicos Software Saúde Sistemas Distribuídos Trabalhos de projecto de mestrado - 2020