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Abstract(s)
O trabalho apresentado nesta tese foi desenvolvido ao longo de um estágio na Glintt, onde foi proposto a colaboração no projeto WoW, cujo objetivo é melhorar a monitorização, o cuidado dos pacientes em ambiente hospitalar e uma expansão da hospitalização domiciliária propondo uma nova arquitetura em que as camas hospitalares dos pacientes têm um papel central. Esta arquitetura envolve o uso de adesivos de biomonitorização para pacientes, em conjunto com uma unidade inteligente Internet of Things (loT) instalada nas camas hospitalares. Essa abordagem tem como objetivo permitir uma monitorização contínua e precisa dos sinais vitais dos pacientes, como a frequência cardíaca, pressão arterial, temperatura corporal e outros parâmetros médicos relevantes. A unidade IoT instalada nas camas hospitalares irá recolher e processar os dados dos adesivos de biomonitorização dos pacientes em tempo real. Esses dados serão enviados para um Sistema de Informação Hospitalar, permitindo aos profissionais de saúde monitorizar os pacientes à distância e tomar medidas adequadas para melhorar o tratamento e os cuidados. Além disso, a unidade IoT pode ser programada para enviar alertas aos profissionais de saúde quando ocorrerem alterações nos sinais vitais dos pacientes, permitindo uma resposta mais rápida e eficaz em casos de emergência. Essa abordagem tem o potencial de melhorar a qualidade dos cuidados de saúde, permitindo uma monitorização mais precisa e contínua dos pacientes e uma resposta mais rápida a alterações nos seus estados de saúde, permitindo, desta forma, que os dados do paciente sejam recolhidos e processados de forma eficiente e segura em ambientes hospitalares e residenciais.
The work presented in this thesis was developed during an internship at Glintt, as a result of a collaboration on the WoW project, aimed at improving the monitoring and care of patients in a hospital environment by proposing a new architecture in which hospital beds play a central role. This architecture involves the use of biometric monitoring stickers for patients, along with an intelligent Internet of Things (IoT) unit installed in hospital beds. This approach aims to enable continuous and accurate monitoring of patients' vital signs, such as heart rate, blood pressure, body temperature, and other relevant medical parameters. The IoT unit installed in hospital beds will collect and process data from patients' biometric monitoring stickers in real-time. This data will be sent to a Hospital Information System, allowing healthcare professionals to monitor patients remotely and take appropriate measures to improve treatment and care. Furthermore, the IoT unit can be programmed to send alerts to healthcare professionals when there are changes in patients' vital signs, enabling a faster and more effective response in emergency cases. This approach has the potential to improve the quality of healthcare by allowing more precise and continuous monitoring of patients and a faster response to changes in their health status. This will ensure that patient data is collected and processed efficiently and securely in both hospital and residential environments.
The work presented in this thesis was developed during an internship at Glintt, as a result of a collaboration on the WoW project, aimed at improving the monitoring and care of patients in a hospital environment by proposing a new architecture in which hospital beds play a central role. This architecture involves the use of biometric monitoring stickers for patients, along with an intelligent Internet of Things (IoT) unit installed in hospital beds. This approach aims to enable continuous and accurate monitoring of patients' vital signs, such as heart rate, blood pressure, body temperature, and other relevant medical parameters. The IoT unit installed in hospital beds will collect and process data from patients' biometric monitoring stickers in real-time. This data will be sent to a Hospital Information System, allowing healthcare professionals to monitor patients remotely and take appropriate measures to improve treatment and care. Furthermore, the IoT unit can be programmed to send alerts to healthcare professionals when there are changes in patients' vital signs, enabling a faster and more effective response in emergency cases. This approach has the potential to improve the quality of healthcare by allowing more precise and continuous monitoring of patients and a faster response to changes in their health status. This will ensure that patient data is collected and processed efficiently and securely in both hospital and residential environments.
Description
Keywords
Projeto WoW Adesivos de biomonitorização Internet of things (IoT) Monitorização contínua Sistema de informação hospitalar WoW project Biometric monitoring stickers Continuous monitoring Hospital information system