Daniel Castro

Universidade de Santiago de Compostela

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J. Presedo

Universidade de Santiago de Compostela

Senén Barro

Universidade de Santiago de Compostela

Paulo Félix

Center for Research in Molecular Medicine and Chronic Diseases

Manuel Fernández-Delgado

Fundación Pública Galega de Medicina Xenómica

Tomás Teijeiro

Basque Center for Applied Mathematics

Sophie Gleeson

MIT University

Sara Fraga

Universidade Estadual de Campinas (UNICAMP)

Xosé A. Vila

Universidade de Vigo

Miguel Tarascó

Universidade de Santiago de Compostela

Mònica Feixas i Condom

Zurich University of Teacher Education

Cooperative Institutions

Universidade de Santiago de Compostela

Center for Research in Molecular Medicine and Chronic Diseases

Universidad de Santiago de Chile

Fundación Centro Tecnológico de la Información y la Comunicación

Universidad de Murcia

Universidad San Pablo CEU

University of Coimbra

Thomson Reuters (United States)

Pompeu Fabra University

Bridge University

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States Need to Embrace Data-Driven Education

Daniel Castro

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PATIENT TELMONITORING AT HOME

Daniel Castro J. Presedo Manuel Fernández-Delgado Senén Barro

One of the biggest problems in hospitals today is the increase of costs associated with the treatment of patients, especially in the case of the elderly. This trend makes it necessary to adopt new strategies in order to reduce such costs and, at the same time, maintain high levels of care that is provided to patients. One way to reduce such costs is by moving patients to non-specialised areas or, if possible, to hidher home as soon as possible. In this paper we present a remote monitoring system capable of monitoring the state of a patient 24 hours a day, 7 days a week through the analysis of parameters extracted from the electrocardiographic signal (ECG) and reporting any anomaly to the hospital. One important feature of the system is its flexibility for providing users with access to monitoring information. In order to do so, the system is equipped with two complementary interfaces, being capable of giving integral access to monitoring information at any time, any place and from any location in an optimal manner. Kqwords - Telemonitoring of patients, telemedicine, ECG monitoring.

Remote patient monitoring

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Unlocking the Potential of Physician-to-Patient Telehealth Services

Daniel Castro Ben Miller Adams Nager

Telehealth

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Citations (9)

Floors of Heaven: A case study of an underwater acoustic soundscape for recreational purposes

Proceedings of meetings on acoustics (2023)

Daniel Castro Sophie Gleeson

Soundscape

Heaven

10.1121/2.0001883

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Ubiquitous environment for processes monitoring in power stations

S. Fraga Daniel Castro Alberto Bugarín J. Presedo Senén Barro

This paper describes an Integral Technical Information Management System (ITIMS), which has been designed to operate in industrial fields where it is necessary to monitor a number of processes. ITIMS is a distributed instrumentation environment with ubiquitous access to information that has been developed using standard information and communications technologies, and which is currently operative in the ENDESA-As Pontes coal-fired power station, located in Galicia (NW Spain).

Instrumentation

Environmental Monitoring

10.1109/etfa.2003.1247726

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No Room for Micromanagement in the 21st Century

Global Journal of Management and Business Research (2020)

Daniel Castro

The purpose of this paper was to provide all individuals within leadership roles with an enriched comprehension about micromanagement and the negative effects it possesses on subordinates. This objective was fulfilled by the researcher conducting investigations on numerous articles and studies conducted by other specialist in the field of supervision and management. The researcher also incorporated past experiences that were exhibited in past organizations pertaining to staff being micromanaged by different personnel in leadership roles.

10.34257/gjmbravol20is14pg31

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Floors of Heaven: A case study of an underwater acoustic soundscape for recreational purposes

The Journal of the Acoustical Society of America (2023)

Daniel Castro Sophie Gleeson

This paper presents a case study of an underwater music piece titled “Floors of Heaven” by British artist Leon Vynehall. This installation was delivered in a swimming pool as part of the Mona Foma 2023 festival, representing an example of the use of soundscapes as a means of artistic expression. The study delves into contemporary trends in soundscapes, with a focus on their utilization as a recreational tool, as the writers observe the growing interest in creating immersive and experiential art installations that engage the viewer on a sensory and emotional level. Subsequently, the paper discusses how soundscapes can be delivered in underwater environments, which present unique challenges in terms of acoustics, sound propagation, and environmental risk factors such as hearing damage. The technical considerations involved in creating an underwater sound installation, including the use of hydrophones and underwater speakers, and the importance of selecting appropriate hardware to achieve acceptable noise levels underwater, are thoroughly described. The case study of “Floors of Heaven,” which uses a combination of field recordings and synthesized sounds to explore themes of ecological collapse and the impact of human activity on underwater environments, is then presented.

Soundscape

Heaven

10.1121/10.0023630

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A PDA-based modular and multipurpose system for intelligent ubiquitous monitoring

IEEE International Symposium on Intelligent Signal Processing, (2009)

J. Presedo Miguel Tarascó Tomás Teijeiro Daniel Castro Paulo Félix

This paper proposes a ubiquitous patient-monitoring system using mobile devices, in which all communications are based on the use of wireless technology. The most salient features of the system are: 1) its multi-purpose nature - the architecture has been conceived so that the device can be configured to monitor patients with different illnesses; 2) the organisation of the physiological signal processing through a layout of processing levels structured into modules which can be incorporated and substituted in a simple manner, facilitating the reconfiguration of the monitoring functions; and 3) the use of techniques from the field of Artificial Intelligence to provide information closer to the decision-making process of medical specialists.

Control reconfiguration

Ambient Intelligence

10.1109/wisp.2009.5286529

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Data Innovation 101

Daniel Castro Travis Korte

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Patient telemonitoring at home

Daniel Castro J. Presedo Manuel Fernández-Delgado Senén Barro

One of the biggest problems in hospitals today is the increase of costs associated with the treatment of patients, especially in the case of the elderly. This trend makes it necessary to adopt new strategies in order to reduce such costs and, at the same time, maintain the high levels of care that are provided to patients. One way to reduce such costs is by moving patients to non-specialised areas or, if possible, to his/her home as soon as possible. In this paper we present a remote monitoring system capable of monitoring the state of a patient 24 hours a day, 7 days a week through the analysis of parameters extracted from the electrocardiographic signal (ECG) and reporting any anomaly to the hospital. One important feature of the system is its flexibility for providing users with access to monitoring information. In order to do so, the system is equipped with two complementary interfaces, being capable of giving integral access to monitoring information at any time, any place and from any location in an optimal manner.

Remote patient monitoring

Feature (linguistics)

10.1109/iembs.2001.1019604

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Citations (7)