Wireless Sensor Networks in Ambient Intelligence - TSB - UPV

More documents

Recommendations

Info

capabilities, such as the Berkeley Mica2 sensor“mote.” The source code for the modules isavailable on the web.Web Site:http://www.eecs.harvard.edu/~konrad/projects/motetrack/WBAN-AlabamaA research group in the University of Alabama inHuntsville, USA, has developed a wireless BAN ofintelligent motion sensors for computer assistedphysical rehabilitation, using 802.15.4 modules,Telos, and TinyOS. This group has also developedWBANs, with ECG, SPO2 and breathing sensors.Web Site: http://www.ece.uah.edu/~jovanov/Healthy-AimsHealthy Aims is an IP project, aimed at thedevelopment of intelligent medical implantssensors, functional electrical stimulation, humanbody motion sensors, etc. In this project a bodyarea network has been developed, enablingcommunication from implants on the body devicesto a base unit, which may be up to 3 m. away,using implantable power sources, biomaterials andRF technologies for implantable devices.Web Site: http://www.healthyaims.org/MyHeartThe European IP project MyHeart is developing aBody Area Network using smart-clothes. Itincludes electronic systems and sensors embeddedinto functional clothes. Intelligent clothes are ableto continuously monitor the vital signs of thecitizen, to make diagnosis and trend detection andreact on it. Intelligent clothes have as integratedwireless technology, Bluetooth, to link to userdevices.Web Site: http://www.hitechprojects.com/euprojects/myheart/The following pages include two summary tables(6 and 7) with the main technical characteristics ofthe BAN projects mentioned.
Description WBAN ofnon-invasivesensors TheRFtechnology isUWBNetworktechnology/ProtocolsNetwork andSensor DataRateSynchronizationRF transceiver NAMicrocontroller & OSTable 6. Body Area Networks ProjectsWBAN-ETH MobiHealth PRIMA WBAN-Alabama My Heart Ubimon Basuma Sensationcustomisable BANwith Bluetooth andGPRS/UMTSWBAN forportable/remotemonitoring andmanagement of atcardiac riskpatients (ECG,localization)WBAN ofintelligent motionsensors for computerassisted physicalrehabilitationBAN ofintelligentsensors usingsmart-clothesUWB Bluetooth IEEE 802.15.4 IEEE 802.15.4 wired BAN,BAN->PDA(Bluetooth),PDA->Server(Internet)UbiquitousMonitoringEnvironmentfor WearableandImplantableSensors"Body AreaSystem" for"UbiquitousMultimediaApplications".802.15.4 UWB-Frontendand 802.15.3(High RateWireless PAN)for MACNA 115 Kbps 250kbps 250kbps 56 kbaudps 250 kbps 20 MbpsNA NA NA NA Hardware NA NAMobi Bluetooth RC,and Bluetooth ofmobiles and Iraq(coordinator)NA CC2420 RFtransceiverNA NA NA Telos (MSP430)-TinyOSFrequency 3Ghz - 6Ghz 2,4Ghz 2,4 GHz 2.4 GHz 2.4 GHz(LAN)NANACC2420 RFtransceiverNATI MSP430 Leon2ultra low powerprocessor -TinyOS2,4 GHz UWB
Page 1 and 2: Wireless Sensor Networks in Ambient
Page 3 and 4: technology one of most interesting
Page 5 and 6: allows the scheduling flexibility m
Page 7 and 8: Table 5. Commercial Modules for WSN
Page 9: prototype includes Bluetooth for th
Page 13 and 14: 6. Wireless Sensor Networks and AmI

Wireless Sensor Networks in Ambient Intelligence - TSB - UPV

Create successful ePaper yourself

Delete template?

Save as template?