Title :
[Copyright notice]
Abstract :
The following topics are dealt with: high performance gyroscope technology; nano biosensors; opto-chemical sensors; remote powering for biomedical implants; silicon photosensors; sensors for human condition monitoring; sensor/actuator system; chemical and gas sensors; optical sensors; rotation and vibration sensing; graphene based sensors; wireless sensor networks; electrochemical and PH sensors; sensor for control of mobile platforms; resonant and inertial sensors; active sensing and chemosensory optimization; remote sensing and circuits; optical fiber sensors; energy harvesting; accelerometers; sensing in blood; chemiresistive sensors; green RFID and RFID-enabled wireless sensors; multi-spectral systems; mechanical and physical sensors; force sensing applications; resonators; sensor network algorithm;piezoresistive materials and fundamentals;sensing of cells; sensors based on metamaterials;piezoelectric MEMS sensors; biomimetics; nanofabrication nanosensing; pressure sensors; strain sensors and structural monitoring; neuro-sensors; thermal sensing; IR and magnetic sensing; acoustic and optical sensing systems; preconcentrators and thermal flow systems; NEMS/MEMS material properties; stress sensing;tactile and tissue sensing;and integrated sensors and signal conditioning.
Keywords :
acoustic measurement; biomedical engineering; biomimetics; biosensors; chemical sensors; chemioception; condition monitoring; electrochemical sensors; energy harvesting; fibre optic sensors; graphene; gyroscopes; inductive power transmission; inertial systems; infrared detectors; magnetic sensors; metamaterials; micromechanical devices; nanoelectromechanical devices; optical sensors; pH measurement; patient monitoring; photodetectors; piezoresistive devices; prosthetics; radiofrequency identification; remote sensing; rotation measurement; signal processing equipment; stress measurement; tactile sensors; vibration measurement; wireless sensor networks; IR sensor; NEMS; RFID enabled wireless sensors; accelerometers; acoustic sensing systems; active sensing; biomedical implant remote powering; biomimetics; chemiresistive sensor; chemosensory optimization; electrochemical sensor; energy harvesting; force sensing; gas sensor; graphene based sensors; high performance gyroscope technology; human condition monitoring; inertial sensor; integrated sensors; magnetic sensing; mechanical sensor; metamaterials; mobile platforms control; multi-spectral systems; nano biosensors; nanofabrication; neuro-sensors; optical fiber sensors; optical sensing systems; optical sensor; opto-chemical sensors; pH sensors; physical sensor; piezoelectric MEMS sensors; piezoresistive material; preconcentrators; pressure sensors; remote sensing; resonant sensor; rotation sensing; sensing of cells; sensor network algorithm; sensor/actuator system; signal conditioning; silicon photosensors; strain sensors; stress sensing; structural monitoring; tactile sensor; thermal flow systems; thermal sensing; tissue sensing; vibration sensing; wireless sensor networks;
Conference_Titel :
Sensors, 2010 IEEE
Conference_Location :
Kona, HI
Print_ISBN :
978-1-4244-8170-5
Electronic_ISBN :
1930-0395
DOI :
10.1109/ICSENS.2010.5689849
