Internet de las cosas y la salud centrada en el hogar

Mendoza, Paul Sanmartín; Hernández, Karen Ávila; Núñez, César Vilora; Molinares, Daladier Jabba

doi:10.14482/sun.32.2.8954

Cited by 12 publications

(3 citation statements)

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“…We are in the age of data, so the need arises from human beings to feel that they can control each and every one of the movements of the network, establishing true challenges such as smart cities, buildings that control their temperature, clothing that informs about the state of its users, wellbeing in health with the control of monitored diseases and a myriad of elements that will offer information through the internet [15]. It is expected to do a proactive management in the different areas of daily life, in the case of health, to manage the population to keep it healthy and, in some way, keep the diseases stable, carrying out more preventive measures, than intervention measures [16].…”

Section: What Is Internet Of Thingsmentioning

confidence: 99%

Internet of things, reality of a connected world

Fagua

Pacheco

2020

Vis. Electron.

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In recent years, the Internet has evolved till become the Internet of Things (IoT for its acronym). This is one of the most important and significant inventions of all humanity, generating a direct impact on the way of how people live, think and act. It is one of the most used terms by anyone who talks about intelligent connectivity. Internet of things changes everything, is the answer to connect to the network an incredible number of people and link everyday objects, which are equipped with sensors, actuators and communication technologies and they are used to exchange information from the physical world through the Internet, offering data in real time and monitored through the network. Thanks to IoT, more and more companies are integrating small sensors to real-world objects, which provide information about almost everything that can be measured, so the amount of information circulating through networks grows exponentially. Smart cities are a good example of the benefits that IoT brings, by improving the quality of life of people with the services that are offered in an efficient and sustainable way. The installation of IoT brings great challenges focused on information security in organizations, but also opportunities for development in all areas of daily life and excellent ideas for innovation.

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Section: What Is Internet Of Thingsmentioning

confidence: 99%

Internet of things, reality of a connected world

Fagua

Pacheco

2020

Vis. Electron.

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“…En los hogares se tendría conexión a internet gracias al plan de datos contratado con su propia dirección IP que depende del proveedor de Internet. (Sanmartín Mendoza et al, 2016) indica que en Latinoamérica existen muchos proveedores de Internet, pero entre los más reconocidos podemos citar a Claro, CNT y Telefónica.…”

Section: Introductionunclassified

Consumo de ancho de banda en internet de las cosas en las conexiones domésticas

Briones-Velez,

Suasti-Alcivar

2024

593DPCEIT

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Los avances acelerados en tecnologías de la información nos hacen que vivamos una de las más grandes revoluciones de la historia denominada Internet de las cosas (IoT). La gran variedad de sensores y cosas inteligentes conectadas en cualquier red, el cual permite a los usuarios conectar miles de millones de máquinas inteligentes e intercambiar información, monitorear y controlar servicios, como sistemas de automatización del hogar interconectados, atención médica, agricultura, monitoreo de seguridad, redes eléctricas o servicios críticos. Muchos de estos dispositivos tienen un consumo del ancho de banca del plan de datos de internet de manera especial cuando estamos en redes doméstica, lo que en situaciones al no contar con un plan de datos de internet que pueda satisfacer las necesidades de todos los dispositivos y cause molestia dentro de los miembros del hogar.

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“…Within the healthcare sector, the past decade has witnessed the emergence of various sensors and devices designed for monitoring and analyzing physiological variables. These innovations aim to identify conditions with subtle symptoms, enabling timely diagnoses and preventing fatal consequences [12][13][14]. In light of this, the relevance of developing IoT systems tailored to address critical healthcare challenges, particularly in the diagnosis of cardiovascular diseases, becomes evident.…”

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confidence: 99%

IoT system development for heart rhythm monitoring and cardiovascular risk estimation

Monroy,

Chanchí,

Ospina

2024

EEJET

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The research focuses on addressing the global issue of cardiovascular diseases. The key variable under consideration for predicting cardiovascular diseases is heart rate variability (HRV). Leveraging the widespread adoption of IoT in various applications, particularly in the health sector, the study proposes the design and implementation of an IoT system for HRV monitoring. The research unfolded in four methodological phases: exploration and selection of technologies, definition of the IoT architecture, development of the prototype, and verification of its functionality. The implemented IoT system adheres to the conventional 4-layer IoT architecture: capture, storage, analysis, and visualization. Heart rate data is periodically acquired using a heart rate sensor and an Arduino-compatible board. The storage layer employs a non-relational database to store the captured data. The analysis layer extracts metrics related to HRV (High: RR <750 ms, Moderate: RR 750–900 ms, Low: RR >900 ms) by applying and delivering quantitative results from clustering algorithms such as machine learning models to evaluate data distribution. Risk levels indicate specific patient metrics. Thus, a 75-year-old patient exhibits an average HR of 75.56, Avg. RR of 795.42, falling into Cluster 1 with a risk value of 1.0. Similar detailed metrics and risk stratifications are presented for patients aged 68, 46, 37, and 18, demonstrating the system's robustness and efficacy in assessing cardiovascular risk. The visualization layer enables real-time observation of physiological variables, risk metrics, and results from data analytics models. The distinctive features of the results lie in the portability advantages of the IoT system, utilizing free hardware and software tools. This facilitates easy replication and utilization of the proposed system in medical campaigns, specifically for the early detection of cardiac conditions. The portable IoT system, leveraging free tools, enhances predictive capabilities for early cardiovascular risk detection globally

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Internet de las cosas y la salud centrada en el hogar

Cited by 12 publications

References 0 publications

Internet of things, reality of a connected world

Internet of things, reality of a connected world

Consumo de ancho de banda en internet de las cosas en las conexiones domésticas

IoT system development for heart rhythm monitoring and cardiovascular risk estimation

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