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Wireless sensor network-based smart room system for healthcare monitoring

Wireless sensor network-based smart room system for healthca...

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2011 IEEE International conference on Robotics and Biomimetics, ROBIO 2011

作者： Arnil, Jetsada Punsawad, Yunyong Wongsawat, Yodchanan Department of Biomedical Engineering Mahidol University Thailand

ISBN: (纸本)9781457721373

In this paper, the utilization of Zigbee as wireless sensor network (WSN) for medical application is demonstrated. The combination of various topologies is used to configure wireless sensors network to achieve high efficiency network architecture in medicine. The network consists of center coordinator, routers and sensor nodes. Mesh network is used for the connection between coordinator and router for range expansion. A performance of the proposed modality is tested in the normal situation. Besides, the architecture of the smart room systems is also proposed for healthcare monitoring. physiological data and signal are transmitted using Xbee which is a wireless device operated in unlicensed radio frequency bands. © 2011 IEEE.

关键词： Routers

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Development of a depolarized Raman spectrometer for potential surface-enhanced Raman optical activity (SEROA) measurements

Development of a depolarized Raman spectrometer for potentia...

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conference on smart biomedical and physiological sensor technology VIII

作者： Li, Honggang BioTools Inc Jupiter FL 33458 USA

ISBN: (纸本)9780819485991

Raman optical activity (ROA) spectroscopy is a chiral sensitive vibrational spectroscopic technique that measures the difference of molecular responses to either left or right circularly polarized photon radiation. As a structural sensitive probe, ROA has great potential applications in fabricating bio-molecular sensors due to its capability of capturing small changes in molecular structure. However, ROA is a weak effect on the order of 10(-3) or 10(-4) smaller than its parent spontaneous Raman. Extension of ROA to widely sensing applications can be accelerated by combining it with surface plasmon resonance effect, surface-enhanced Raman spectroscopy (SERS), allowing for trace chemical detections. However, it has been shown to be very challenging to combine SERS with ROA to obtain a reliable surface-enhanced Raman optical activity measurement by several independent ROA research groups. This is because of the complexity of interaction of chiral molecules with metal surfaces. In addition, another main factor for the difficulty is the lack of a depolarized ROA spectrometer which can remove effectively huge polarized Raman bands, generally the major sources of artifacts in ROA. In this paper, we will discuss the development of a depolarized Raman spectrometer. This newly developed depolarized Raman instrument is based on the BioTools' ChiralRAMAN-2X scattered circular polarization (SCP) ROA spectrometer and has been modified into a dual circular polarization ROA spectrometer with the introducing circularity conversion in the incident radiation path. Combing the simultaneous detection of left and right circularly polarized scattering photons, newly developed Raman instrument are capable of modulate both incident and scattered light simultaneously resulting dual circular polarization (DCP) ROA measurements from depolarized parent Raman scattering. The performance of the Raman spectrometer has been initially evaluated with standard sample of small molecules for the proof-o

关键词： ROA DCP SERS SEROA depolarized sensor

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Biochemical microsensors on the basis of metabolically sensitive hydrogels

Biochemical microsensors on the basis of metabolically sensi...

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conference on Electroactive Polymer Actuators and Devices (EAPAD) 2011

作者： Guenther, Margarita Gerlach, Gerald Wallmersperger, Thomas Solzbacher, Florian Magda, Jules J. Lin, Genyao Tathireddy, Prashant Orthner, Michael P. Tech Univ Dresden Solid State Elect Lab IFE Helmholtzstr 10 D-01069 Dresden Germany Tech Univ Dresden Inst Solid Mech IFKM D-01062 Dresden Germany Univ Utah Dept Elect & Comp Engn Salt Lake City UT 84112 USA Univ Utah Dept Mat Sci & Engn Salt Lake City UT 84112 USA

ISBN: (纸本)9780894185380

With the rapid development of micro systems technology and microelectronics, smart electronic systems are emerging for the continuous surveillance of relevant parameters in the body and even for closed-loop systems with a sensor feedback to drug release systems. With respect to diabetes management, there is a critical societal need for a sensor that can be used to continuously measure a patient's blood glucose concentration twenty four hours a day on a long-term basis. In this work, thin films of "stimuli-responsive" or "smart" hydrogels were combined with microfabricated piezoresistive pressure transducers to obtain "chemomechanical sensors" that can serve as selective and versatile wireless biomedical sensors. The sensitivity of hydrogels with regard to the concentration of glucose in solutions with physiological pH, ionic strength and temperature was investigated in vitro. The response of the glucose-sensitive hydrogel was studied at different regimes of the glucose concentration change and at different temperatures. sensor response time and accuracy with which a sensor can track gradual changes in glucose was estimated.

关键词： piezoresistive sensor biochemical sensor polyelectrolyte hydrogel glucose-sensitive pH-sensitive swelling behavior biomedical applications

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physiological signal monitoring in the waiting areas of an emergency room 3

Physiological signal monitoring in the waiting areas of an e...

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3rd International ICST conference on Body Area Networks, BODYNETS 2008

作者： Curtis, Dorothy Shih, Eugene Waterman, Jason Guttag, John Bailey, Jacob Stair, Thomas Greenes, Robert A. Ohno-Machado, Lucila Massachusetts Institute of Technology CSAIL CambridgeMA United States Brigham and Women's Hospital Emergency Department BostonMA United States Arizona State University Department of Biomedical Informatics PhoenixAZ United States Brigham and Women's Hospital Decision Systems Group BostonMA United States

ISBN: (纸本)9789639799172

The Scalable Medical Alert and Response technology (smart) System was developed to monitor physiological signals from patients in the waiting areas of an emergency department. The system monitors the SpO2 (oxygenation level in the blood), ECG (electrical activity of the heart) and the location of multiple patients wirelessly. It was deployed at the Brigham and Women's Hospital in Boston, MA, between June, 2006, and December, 2007. This paper describes the overall architecture, the sensors used, challenges in deploying this technology in a hospital and the degree of patient acceptance. Some sections of this article are based on an article first published in the Journal of the American Medical Informatics Association (J Am Med Inform Assn: 2008;1) [7]. Copyright © 2008 ICST.

关键词： sensor networks

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Continuous monitoring of physiological parameters using smart sensors

Continuous monitoring of physiological parameters using smar...

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International conference on Sensing technology, ICST

作者： M.T. Quazi S.C. Mukhopadhyay School of Engineering and Advanced Technology Massey University Palmerston North New Zealand

A smart sensing system, which would help in detecting human emotions based on information from physiological sensors, is designed and developed. Heart rate sensor, galvanic skin response sensor and skin temperature sensor will continuously monitor the physiological parameters. The amplified and filtered signals from the sensors are then processed by a microcontroller and the results are displayed on a computer screen. The partial developed system has shown good results in monitoring the physiological parameters.

关键词： Temperature sensors Skin Heart rate Monitoring biomedical monitoring Humans

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Improved Patient Outcomes through Collaborative Monitoring and Management of Subtle Behavioral and physiological Health Changes

Improved Patient Outcomes through Collaborative Monitoring a...

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Annual Hawaii International conference on System Sciences (HICSS)

作者： Paul J. Fortier Brendon Puntin Osama Aljaroudi University of Massachusetts Dartmouth USA

This paper describes a highly mobile collaborative patient-centric, self-monitoring, symptom recognition and self intervention system along with a complementary clinical nursing tool to aid in collaborative patient/clinician chronic cardiac disease management. Our system is composed of a mobile smart phone and wearable sensor suite linked through blue tooth and cell phone technology to a backend data repository, data mining, knowledge discovery, knowledge evolution and knowledge processing system, providing clinical data collection, procedural collection, intervention planning, medical situational assessment and health status feedback for collaborative users. The system uses a combination of physiologic and psychosocial instruments to gather patient specific information. The collaborative system aids patients in learning to recognize disease symptoms and understand the effect on their health of adherence to interventions. Secondly the system provides timely clinical data collection, assessment and interventions so clinicians can improve the overall health and lower the re-admission of their patients.

关键词： Collaboration Heart biomedical monitoring Mobile communication Diseases Monitoring

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Research of Personalized Medical Testing technology for Healthy smart Home

Research of Personalized Medical Testing Technology for Heal...

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The 4th International conference on Bioinformatics and biomedical Engineering(第四届IEEE生物信息与生物医学工程国际会议 iCBBE 2010)

作者： Lijuan Lai Yun Peng Jing Zhou Xiaoming Wu Department of Biomedical Engineering South China University of Technology Guangzhou China

This paper proposes design ideas for personalized medical testing technology of healthy smart home. The system architecture and design of physiological parameter detection sensors with wireless, low-costing and low power consumption are expounded. And the study of ECG monitoring in this system is presented to solve the key problem of ambulatory physiological parameter monitoring. Moreover, a design of communication network for healthy smart home is put forward as well, and some research and test on local communication network which is consisted of ZigBee nodes are discussed, the occupants’ physiological parameters that have converged can be transmitted over long distance via TCP/IP network. So the smart home and the community health service center will be built up a medical monitoring system.

关键词： Medical tests smart homes biomedical monitoring Condition monitoring Communication networks Intelligent sensors sensor systems Wireless sensor networks Energy consumption Electrocardiography

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MediAlly: A provenance-aware remote health monitoring middleware

MediAlly: A provenance-aware remote health monitoring middle...

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IEEE International conference on Pervasive Computing and Communications (PerCom)

作者： Atanu Roy Chowdhury Ben Falchuk Archan Misra School of Engineering and Applied Sciences Harvard University USA Advanced Technology Solutions Telcordia Technologies Inc. USA

This paper presents MediAlly, a middleware for supporting energy-efficient, long-term remote health monitoring. Data is collected using physiological sensors and transported back to the middleware using a smart phone. The key to MediAlly's energy efficient operations lies in the adoption of an Activity Triggered Deep Monitoring (ATDM) paradigm, where data collection episodes are triggered only when the subject is determined to possess a specified context. MediAlly supports the on-demand collection of contextual provenance using a novel low-overhead provenance collection sub-system. The behaviour of this sub-system is configured using an application-defined context composition graph. The resulting provenance stream provides valuable insight while interpreting the `episodic' sensor data streams. The paper also describes our prototype implementation of MediAlly using commercially available devices.

关键词： Remote monitoring Middleware biomedical monitoring Context-aware services Paper technology Energy efficiency sensor phenomena and characterization Handheld computers Functional programming Context modeling

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Bio-Sensing Textile for Medical Monitoring Applications

Bio-Sensing Textile for Medical Monitoring Applications

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3rd International conference on smart Materials, Structures and Systems

作者： Luprano, Jean Ctr Suisse Elect & Microtech SA CH-2002 Neuchatel Switzerland

ISBN: (纸本)9783908158233

The commercial systems using intelligent textiles that start to appear on the market perform physiological measurements such as body temperature, electrocardiogram, respiration rate, etc. and target sport and healthcare applications. Biochemical measurements of body fluids combined with available health monitoring technology will extend these systems by addressing important health and safety issues. BIOTEX, standing for Bio-sensing Textile for Health Management, is a European project, which aims at developing dedicated biochemical sensing techniques that can be integrated into textiles. Such a system would be a major breakthrough for personalized healthcare and would allow for the first time the monitoring of body fluids with sensors distributed in a textile substrate. The potential applications include isolated people, convalescents and patients with chronic diseases, sports performance assessment and training. The project is addressing several challenges, among which: sweat collection and delivery to the sensors, high sensitivity with a wearable system, wearability issues, sensor calibration and lack of research in sweat analysis.

关键词： bio-sensing wearable biosensor smart clothes smart textile SFIT

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Passive House sensor networks: Human centric thermal comfort concept

Passive House sensor networks: Human centric thermal comfort...

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Intelligent sensors, sensor Networks and Information Processing conference (ISSNIP)

作者： Mohd Izani Mohamed Rawi Adnan Al-Anbuky SeNSe Lab Auckland University of Technology Auckland New Zealand

ISBN: (纸本)9781424435173;9781424435180

The focus of this work lies on analysing Passive House (PH) requirement from human comfort perspective. The investigation will lead into plans for utilising Wireless sensor Networks (WSN) as an enabling tool in human comfort solution. WSNs are used as cooperative smart objects that closely monitor living space's environmental comfort (thermal comfort, visual comfort, indoor air comfort, acoustical comfort and spatial comfort), user preferences and energy consumption, manipulating appropriate Environmental Factors and physiological Factors towards improving human comfort without sacrificing energy needs of a Passive House. The work concentrates on determining the thermal comfort of a living space where mobile node (occupant) and static nodes (environment) work together in calculating thermal comfort Predicted Mean Vote (PMV) value. This paper presents Java based SunSPOT sensor node, embedded with sensing engine and PMV engine to determine thermal comfort of a living space. We also present interpolation based PMV engine that will be used to determine thermal comfort where no sensor present. The experiment and simulation results indicate that the proposed engines exhibit a great potential in providing solution for PH activity.

关键词： Thermal sensors Humans Engines Wireless sensor networks Intelligent sensors Thermal factors Energy consumption Environmental factors biomedical monitoring Voting

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