The Experts below are selected from a list of 1194 Experts worldwide ranked by ideXlab platform

Casilari Pérez Eduardo - One of the best experts on this subject based on the ideXlab platform.

  • On the Capability of Smartphones to Perform as Communication Gateways in Medical Wireless Personal Area Networks
    'MDPI AG', 2014
    Co-Authors: Morón Fernández, María José, Luque Giráldez, José Rafael, Casilari Pérez Eduardo
    Abstract:

    This paper evaluates and characterizes the technical performance of medical wireless personal area networks (WPANs) that are based on smartphones. For this purpose, a prototype of a health telemonitoring system is presented. The prototype incorporates a commercial Android smartphone, which acts as a relay point, or “gateway”, between a set of wireless medical sensors and a data server. Additionally, the paper investigates if the conventional capabilities of current commercial smartphones can be affected by their use as gateways or “Holters” in health monitoring applications. Specifically, the profiling has focused on the CPU and power consumption of the mobile devices. These metrics have been measured under several test conditions modifying the smartphone model, the type of sensors connected to the WPAN, the employed Bluetooth Profile (SPP (serial port Profile) or HDP (health device Profile)), the use of other peripherals, such as a GPS receiver, the impact of the use of theWi-Fi interface or the employed method to encode and forward the data that are collected from the sensors.Ministerio de Educación y Ciencia TEC2009-13763-C02-0

Eduardo Casilari - One of the best experts on this subject based on the ideXlab platform.

  • On the capability of smartphones to perform as communication gateways in medical wireless personal area networks.
    Sensors (Basel, Switzerland), 2014
    Co-Authors: María José Morón, Rafael Luque, Eduardo Casilari
    Abstract:

    This paper evaluates and characterizes the technical performance of medicalwireless personal area networks (WPANs) that are based on smartphones. For this purpose,a prototype of a health telemonitoring system is presented. The prototype incorporates acommercial Android smartphone, which acts as a relay point, or “gateway”, between a setof wireless medical sensors and a data server. Additionally, the paper investigates if theconventional capabilities of current commercial smartphones can be affected by their useas gateways or “Holters” in health monitoring applications. Specifically, the profiling hasfocused on the CPU and power consumption of the mobile devices. These metrics havebeen measured under several test conditions modifying the smartphone model, the type ofsensors connected to the WPAN, the employed Bluetooth Profile (SPP (serial port Profile) orHDP (health device Profile)), the use of other peripherals, such as a GPS receiver, the impactof the use of theWi-Fi interface or the employed method to encode and forward the data thatare collected from the sensors.

Morón Fernández, María José - One of the best experts on this subject based on the ideXlab platform.

  • On the Capability of Smartphones to Perform as Communication Gateways in Medical Wireless Personal Area Networks
    'MDPI AG', 2014
    Co-Authors: Morón Fernández, María José, Luque Giráldez, José Rafael, Casilari Pérez Eduardo
    Abstract:

    This paper evaluates and characterizes the technical performance of medical wireless personal area networks (WPANs) that are based on smartphones. For this purpose, a prototype of a health telemonitoring system is presented. The prototype incorporates a commercial Android smartphone, which acts as a relay point, or “gateway”, between a set of wireless medical sensors and a data server. Additionally, the paper investigates if the conventional capabilities of current commercial smartphones can be affected by their use as gateways or “Holters” in health monitoring applications. Specifically, the profiling has focused on the CPU and power consumption of the mobile devices. These metrics have been measured under several test conditions modifying the smartphone model, the type of sensors connected to the WPAN, the employed Bluetooth Profile (SPP (serial port Profile) or HDP (health device Profile)), the use of other peripherals, such as a GPS receiver, the impact of the use of theWi-Fi interface or the employed method to encode and forward the data that are collected from the sensors.Ministerio de Educación y Ciencia TEC2009-13763-C02-0

María José Morón - One of the best experts on this subject based on the ideXlab platform.

  • On the capability of smartphones to perform as communication gateways in medical wireless personal area networks.
    Sensors (Basel, Switzerland), 2014
    Co-Authors: María José Morón, Rafael Luque, Eduardo Casilari
    Abstract:

    This paper evaluates and characterizes the technical performance of medicalwireless personal area networks (WPANs) that are based on smartphones. For this purpose,a prototype of a health telemonitoring system is presented. The prototype incorporates acommercial Android smartphone, which acts as a relay point, or “gateway”, between a setof wireless medical sensors and a data server. Additionally, the paper investigates if theconventional capabilities of current commercial smartphones can be affected by their useas gateways or “Holters” in health monitoring applications. Specifically, the profiling hasfocused on the CPU and power consumption of the mobile devices. These metrics havebeen measured under several test conditions modifying the smartphone model, the type ofsensors connected to the WPAN, the employed Bluetooth Profile (SPP (serial port Profile) orHDP (health device Profile)), the use of other peripherals, such as a GPS receiver, the impactof the use of theWi-Fi interface or the employed method to encode and forward the data thatare collected from the sensors.

Luque Giráldez, José Rafael - One of the best experts on this subject based on the ideXlab platform.

  • On the Capability of Smartphones to Perform as Communication Gateways in Medical Wireless Personal Area Networks
    'MDPI AG', 2014
    Co-Authors: Morón Fernández, María José, Luque Giráldez, José Rafael, Casilari Pérez Eduardo
    Abstract:

    This paper evaluates and characterizes the technical performance of medical wireless personal area networks (WPANs) that are based on smartphones. For this purpose, a prototype of a health telemonitoring system is presented. The prototype incorporates a commercial Android smartphone, which acts as a relay point, or “gateway”, between a set of wireless medical sensors and a data server. Additionally, the paper investigates if the conventional capabilities of current commercial smartphones can be affected by their use as gateways or “Holters” in health monitoring applications. Specifically, the profiling has focused on the CPU and power consumption of the mobile devices. These metrics have been measured under several test conditions modifying the smartphone model, the type of sensors connected to the WPAN, the employed Bluetooth Profile (SPP (serial port Profile) or HDP (health device Profile)), the use of other peripherals, such as a GPS receiver, the impact of the use of theWi-Fi interface or the employed method to encode and forward the data that are collected from the sensors.Ministerio de Educación y Ciencia TEC2009-13763-C02-0