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This paper describes the research for the design and implementation of a flexible, scalable and cost-effective medical system based on wireless sensors for remote monitoring of some vital physiological parameters. The proposed medical system has been designed to be integrated into a complex electronic system, based on assistive technologies, for assisting in the communication between the patients...
Nowadays, despite there are many advanced technological applications to maintain the security of buildings, premises or regions, human intervention is necessary when considering both economical facts and the effectiveness of the systems especially for the security of military zones. In the presented work, a highly secure system has been designed. With the system to be implemented, the location, postures...
This paper describes the development of a remote monitoring system for ECG signals. Electrical activities obtained from the body are of great help both in the diagnosis of the disease and the follow of the patient. A ZigBee based wireless network via a device integrated into the belt is used to transmit the signals to the system. Thus, analog signal is measured with the multichannel ADC unit of the...
In recent years, Personalized, Predictive, Preventive, and Participatory health care have become more than just buzzwords. Silicon is playing an important enabling role in this gradual, but certain revolution of our healthcare system: Silicon will become more essential, in view of the many challenges in realizing ubiquitous monitoring, real-time diagnostics, and patient-centric therapies. By reviewing...
In this paper we propose a system architecture for telemonitoring system. The proposed architecture is not limited to only indoor environment. By employing a mobile phone that implements a personal server, the system also supports the monitoring of old people while away from home. In addition to the system architecture, we also propose the middleware architecture for the personal server and the cross-layer...
By adding a wireless sensor network into a health monitoring system, I have found a method by using the combination of ZigBee and wireless LAN architecture to realize a remote medical monitoring system. The system's nodes and base stations use the short range communication standard: 802.15.4 / ZigBee standard. This system can collect various information from patients, achieving the remote medical...
A trial with a cardiac rehabilitation centre is in progress where we test a novel cardiac rehab application using a standard mobile phone and wireless sensors. The goal is to obtain insight how remote monitoring compares to conventional rehabilitation methods in terms of adherence to cardiac rehabilitation programmes. In this trial we seek feedback from patients and health professionals regarding...
The paper reviews various recent developments in medical field and healthcare systems the network enabled sensors and emerging sensor networks that are being used to provide continuous non-obtrusive patient monitoring from nursing stations and emergency mobile units. We propose, design, and analyze a model system for developing countries based on various ICT and sensor networks projects and the work...
As people's living standards gradually improving, monitoring and ensuring the well being of citizen becomes an important part of our social care network. Due to the limitation of the quantity of family physicians and the level of telemedicine techniques, the ideal goal of the family medicine with respect to overall promotion of health care is still far to reach. This paper presents a novel framework...
The use of wireless sensor networks as a means for providing remote healthcare provides a unique opportunity to reduce the healthcare cost through more efficient use of clinical resources and earlier detection of medical conditions. Despite the initial promising results, there remain significant obstacles to apply this technology to the practical medical care context. In this paper, we investigate...
The fast mobile acquisition and analysis of medical data offers new ways of an effective monitoring of studies on occupational health. By using modern transmission technologies, the presented proprietary development works completely wireless and thus offers the possibility of monitoring a subject's physiological parameters and its strain sense regardless of location.
In this project our goal is to create a health monitoring system that can transmit the vital signs of a patient through an ad-hoc wireless sensor network for a mass causality emergency application. The health monitoring device is to be placed on an injured victim during an emergency and act as a sensor node to connect to a wireless ad-hoc network to transmit the patient's vital sign data. The target...
According to disadvantages of conventional artificial monitor style or wire transmission monitor style, we adopt wireless communication network between field controllers and monitor central PC to design a distributed clinic medical intelligent physiological parameter data monitor system based on sensor technology, single chip microprocessor (SCM) technology, and visual instrument (VI) technology,...
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