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A Study of Bluetooth Low Energy Performance forHuman Proximity ...
https://mobile-systems.cl.cam.ac.uk/papers/percom17.pdf11 Jan 2017: Other technologies have also been proposed, for instance,RFID [17], Zigbee radio [18], infrared sensors [12] and hybridapproaches with radio and ultrasound sensors [13]. ... This represents an improvement when compared tothe 20 seconds granularity of -
METIS: Exploring mobile phone sensing offloading for efficiently…
https://mobile-systems.cl.cam.ac.uk/papers/percom2013.pdf24 Jan 2013: environment. Mostmodern buildings are instrumented with a variety of sensors,such as RFID access control systems, Passive Infraredsensors, light sensors, etc. -
Poster Abstract: Wildlife and Environmental Monitoring usingRFID and…
https://mobile-systems.cl.cam.ac.uk/papers/sensys09.pdf4 Sep 2009: General TermsAlgorithms, Design. KeywordsWireless Sensor Networks, RFID Technology, In-. Network Storage, Duty Cycling. ... mobile sink. detection node 2. detection node 3802.15.4 link. RFID link. -
Evolution and Sustainability of aWildlife Monitoring Sensor Network…
https://mobile-systems.cl.cam.ac.uk/papers/sensys10.pdf1 Sep 2010: Figure 3. Map of the study area showing RFID detectionnodes: square = setts; circle = latrines. ... In essence, we simply encode the difference between abase RFID observation and subsequent readings. -
39 WILDSENSING: Design and Deployment of a Sustainable SensorNetwork…
https://mobile-systems.cl.cam.ac.uk/papers/tosn2011.pdf27 Apr 2011: RFID receivers, referred to as detectionnodes, were placed in key locations throughout the woods. ... Fig. 4. Map of the study area showing RFID detection nodes: square = setts; circle = latrines. -
black Measuring Interaction Proxemics with Wearable Light Tags
https://mobile-systems.cl.cam.ac.uk/papers/ubicomp2018-montanari.pdf6 Mar 2018: 25. Measuring Interaction Proxemics with Wearable Light Tags. ALESSANDRO MONTANARI, Computer Laboratory, University of CambridgeZHAO TIAN, Department of Computer Science, Dartmouth CollegeELENA FRANCU, School of Business and Economics, Maastricht -
978-1-4673-1239-4/12$31.00 c©2012 IEEE STOP: Socio-Temporal…
https://mobile-systems.cl.cam.ac.uk/papers/wowmom12.pdf3 Apr 2012: demonstrated the feasibilityof a RFID based worm propagation [17]. STOP addressesthe important issue of containing short range transmissionof mobile worms, by utilizing the same propagation channelwhich facilitates quick spreading via social -
Publications
https://mobile-systems.cl.cam.ac.uk/publications.html2 May 2024: University of Cambridge. Mobile Systems Research Lab. 2024. TinyTrain: Resource-Aware Task-Adaptive Sparse Training of DNNs at the Data-Scarce Edge. Young D. Kwon, Rui Li, Stylianos Venieris, Jagmohan Chauhan, Nicholas D. Lane, Cecilia Mascolo. In -
Delivery Plan 2019 Front cover: Sagittal image of a ...
https://neuroscience.cam.ac.uk/wp-content/uploads/2022/06/MRC-250920-DeliveryPlan2019.pdf22 Sep 2023: The illustration shows the actual movement of the rats/automated tracking of RFID transponder. -
Exhibit 3 - Seeing with Atoms | Department of Physics
https://outreach.phy.cam.ac.uk/programme/physicsatwork/booklets/exhibitorsguide2019/seeingwithatoms20192 May 2024: the microscope itself (and has targets you can take and use at home) we have real examples of images we have measured which you can match to samples using RFID cards
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