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Alan Thorne - IfM Engage
https://engage.ifm.eng.cam.ac.uk/project/alan-thorne/University of Cambridge. Alan Thorne is actively involved in providing expertise for consultancy engagements using the IfM’s Automation Assessment approach. ... As manager of the automation laboratory, Alan has been actively involved in research and -
Cognitive Systems Engineering @ Cambridge University
https://mlg.eng.cam.ac.uk/cogsys/27 Jan 2023: The value of information problem is of particular interest since it dictates the feasibility of using emerging technologies such as RFID in product management. ... I'm particularly interested in solving computationally challenging problems of -
Cohort 2 projects | Digital Roads of the Future
https://drf.eng.cam.ac.uk/future-roads-fellowships/cohort-2-projects3 May 2024: On-site trials will be planned and carried out by the help of the industry partners and will be monitored using radio frequency identification (RFID) sensors. ... Thirdly the applicant will explore ways to improve the model such as using vision, -
https://drf.eng.cam.ac.uk/taxonomy/term/11/feed
https://drf.eng.cam.ac.uk/taxonomy/term/11/feed3 May 2024: On-site trials will be planned and carried out with the industry partners’ help and monitored using radio frequency identification (RFID) sensors. ... Data trustworthiness issues emerge from stakeholdersoften relying on obtaining data from others, -
Good news from Girton - Michaelmas Edition | Girton College
www.girton.cam.ac.uk/news/good-news-girton-michaelmas-editionor warehouses, with an exceptionally high degree of accuracy, using RFID tags and replacing costly manual handheld scanning. -
Professor Richard Penty | Sidney Sussex College Cambridge
https://www.sid.cam.ac.uk/people/professor-richard-pentyRichard's research interests include photonic integration, optical data communications, MMF systems (digital and analogue), high-speed optical communications systems, wavelength conversion and WDM networks, optical amplifiers, distributing sensing -
Near error-free wireless detection made possible | Department of…
https://www.eng.cam.ac.uk/news/near-error-free-wireless-detection-made-possibleand Ian White, were able achieve a massive increase in RFID range and accuracy. ... Even so, it is impossible to achieve completely accurate detection. But by using a DAS RFID system to move the location of dead spots away from the tag, an accurate read -
University of Cambridge spin-out, Sorex Sensors, raises £1.2m –…
https://www.enterprise.cam.ac.uk/news/university-cambridge-spin-sorex-sensors-raises-1-2m/23 Oct 2020: power requirement, allowing them to be operated from a coin cell, battery, mobile phone or even by energy harvesting from an RFID device. ... FBARs are manufactured using standard CMOS processes and are currently produced in their billions for the -
RFID: Near error-free wireless detection made possible – Cambridge…
https://www.enterprise.cam.ac.uk/case-studies/near-error-free-wireless-detection-made-possible/23 Oct 2020: and Ian White, were able achieve a massive increase in RFID range and accuracy. ... Even so, it is impossible to achieve completely accurate detection. But by using a DAS RFID system to move the location of dead spots away from the tag, an accurate read -
Publications
https://www.ifm.eng.cam.ac.uk/research/dial/publications/2020) Extracting supply chain maps from news articles using deep neural networks, International Journal of Production Research. ... 354-366. Meyer, M., Brintrup A., Windt, K. (2014). Linking Product and Machine Network Structure Using Nested Pattern
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