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Gómez, M., Venegas, A. (2018). Wearable Computing [Tesis, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/624480
Gómez, M., Venegas, A. Wearable Computing [Tesis]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2018. http://hdl.handle.net/10757/624480
@misc{renati/367221,
title = "Wearable Computing",
author = "Venegas Ataca, Alessandra Amparo",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2018"
}
Title: Wearable Computing
Advisor(s): Pérez Pichis, Roy
Keywords: Sistemas de información; Gestión de la información; Arquitectura lógica; Computación en la nube; Tecnologías de la información; Ingeniería de Sistemas de Información
Issue Date: 1-Jul-2018
Institution: Universidad Peruana de Ciencias Aplicadas (UPC)
Abstract: El proyecto de tesis consiste en la propuesta de una arquitectura lógica y una física que cubre los cinco alcances de Quantified Self y es utilizada como base en el desarrollo de soluciones enfocadas en la medición de parámetros fisiológicos del cuerpo humano soportada por dispositivos Wearable.
Las arquitecturas están sustentadas en el análisis de la tecnología wearable, los rubros de negocio en los que se aplica e impacto de dispositivos Wearable, Smartphone, Cloud en la implementación de soluciones que utilizadas en los alcances de Quantified Self.
La propuesta consta de las arquitecturas lógica y física que cubre los alcances de Quantified Self: “Physical activity & sports“, “Food & Drinks“, “Sleep & rest“, “Stress” y “Social Interaction“. La arquitectura física representa la comunicación y dependencia entre hardware y software, mientras la arquitectura lógica representa la relación entre componentes software de una solución Quantified Self.
La necesidad por la cual nace el proyecto es que las arquitecturas lógica y física existentes para implementar una solución que utilice la Tecnología Wearable para la medición de parámetros fisiológicos del cuerpo humano no cubren todos los alcances definidos por Quantified Self.
El proyecto plantea una cartera de propuestas de proyectos de implementación de soluciones Quantified Self soportadas por dispositivos wearable utilizando como base las arquitecturas propuestas para su desarrollo, estos proyectos tienen como fin ayudar a combatir problemas sociales como el bullying y las consecuencias provocadas por persona que son susceptibles a desmayarse con facilidad.
The thesis project consists of the proposal of logical and physical architectures that cover the five reaches of Quantified Self and is used as the base in the development of solutions focused on the measurement of physiological parameters of the human body supported by wearable devices. The architectures are based on the analysis of wearable technology, the business lines in which it is applied, and the impact of Wearable devices, Smartphone, Cloud in the implementation of solutions that are used in the scope of Quantified Self. The proposal consists of the logical and physical architectures that cover the scope of Quantified Self: “Physical Activity & Sports“, “Food & Drinks“, “Sleep & Rest“, “Stress“, and “Social Interaction“. The physical architecture represents the communication and dependence between hardware and software, while the logical architecture represents the relationship between software components of a Quantified Self solution. The need for the project is that the existing logical and physical architectures to implement a solution that uses Wearable Technology for the measurement of physiological parameters of the human body do not cover all the scopes defined by Quantified Self. The project raises a portfolio of projects for implementation of Quantified Self solutions supported by wearable devices based on the architectures proposed for their development; these projects are intended to help combat social problems such as bullying and the consequences caused by people who are susceptible to faint easily.
The thesis project consists of the proposal of logical and physical architectures that cover the five reaches of Quantified Self and is used as the base in the development of solutions focused on the measurement of physiological parameters of the human body supported by wearable devices. The architectures are based on the analysis of wearable technology, the business lines in which it is applied, and the impact of Wearable devices, Smartphone, Cloud in the implementation of solutions that are used in the scope of Quantified Self. The proposal consists of the logical and physical architectures that cover the scope of Quantified Self: “Physical Activity & Sports“, “Food & Drinks“, “Sleep & Rest“, “Stress“, and “Social Interaction“. The physical architecture represents the communication and dependence between hardware and software, while the logical architecture represents the relationship between software components of a Quantified Self solution. The need for the project is that the existing logical and physical architectures to implement a solution that uses Wearable Technology for the measurement of physiological parameters of the human body do not cover all the scopes defined by Quantified Self. The project raises a portfolio of projects for implementation of Quantified Self solutions supported by wearable devices based on the architectures proposed for their development; these projects are intended to help combat social problems such as bullying and the consequences caused by people who are susceptible to faint easily.
Link to repository: http://hdl.handle.net/10757/624480
Discipline: Ingeniería de Sistemas de Información
Grade or title grantor: Universidad Peruana de Ciencias Aplicadas (UPC). Facultad de Ingeniería
Grade or title: Ingeniero de sistemas de información
Register date: 23-Oct-2018
This item is licensed under a Creative Commons License