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  2. gas Archives – Cambridge Enterprise

    https://www.enterprise.cam.ac.uk/tag/gas/feed/
    17 May 2024: power requirement, allowing them to be operated from a coin cell, battery, mobile phone or even by energy harvesting from an RFID device./p pFBARs are manufactured using standard CMOS processes
  3. radio Archives – Cambridge Enterprise

    https://www.enterprise.cam.ac.uk/tag/radio/feed/
    17 May 2024: p pSeveral other methods of improving passive RFID coverage have been developed, but they do not address the issues of dead spots./p pHowever, by using a distributed antenna system (DAS) ... Even so, it is impossible to achieve completely accurate
  4. consumer goods Archives – Cambridge Enterprise

    https://www.enterprise.cam.ac.uk/tag/consumer-goods/feed/
    17 May 2024: power requirement, allowing them to be operated from a coin cell, battery, mobile phone or even by energy harvesting from an RFID device./p pFBARs are manufactured using standard CMOS processes
  5. Sorex Sensors Archives – Cambridge Enterprise

    https://www.enterprise.cam.ac.uk/tag/sorex-sensors/feed/
    17 May 2024: power requirement, allowing them to be operated from a coin cell, battery, mobile phone or even by energy harvesting from an RFID device./p pFBARs are manufactured using standard CMOS processes
  6. DAS RFID system Archives – Cambridge Enterprise

    https://www.enterprise.cam.ac.uk/tag/das-rfid-system/feed/
    17 May 2024: p pSeveral other methods of improving passive RFID coverage have been developed, but they do not address the issues of dead spots./p pHowever, by using a distributed antenna system (DAS) ... Even so, it is impossible to achieve completely accurate
  7. particles Archives – Cambridge Enterprise

    https://www.enterprise.cam.ac.uk/tag/particles/feed/
    17 May 2024: power requirement, allowing them to be operated from a coin cell, battery, mobile phone or even by energy harvesting from an RFID device./p pFBARs are manufactured using standard CMOS processes ... There are now significant opportunities for exploiting
  8. Dr Abbas Solouki | Digital Roads of the Future

    https://drf.eng.cam.ac.uk/staff/dr-abbas-solouki
    17 May 2024: On-site trials will be planned and carried out with the industry partners’ help and monitored using radio frequency identification (RFID) sensors.
  9. radio frequency identification Archives – Cambridge Enterprise

    https://www.enterprise.cam.ac.uk/tag/radio-frequency-identification/feed/
    17 May 2024: p pSeveral other methods of improving passive RFID coverage have been developed, but they do not address the issues of dead spots./p pHowever, by using a distributed antenna system (DAS) ... Even so, it is impossible to achieve completely accurate
  10. ian white Archives – Cambridge Enterprise

    https://www.enterprise.cam.ac.uk/tag/ian-white/feed/
    17 May 2024: p pSeveral other methods of improving passive RFID coverage have been developed, but they do not address the issues of dead spots./p pHowever, by using a distributed antenna system (DAS) ... Even so, it is impossible to achieve completely accurate
  11. richard penty Archives – Cambridge Enterprise

    https://www.enterprise.cam.ac.uk/tag/richard-penty/feed/
    17 May 2024: p pSeveral other methods of improving passive RFID coverage have been developed, but they do not address the issues of dead spots./p pHowever, by using a distributed antenna system (DAS) ... Even so, it is impossible to achieve completely accurate
  12. michael crisp Archives – Cambridge Enterprise

    https://www.enterprise.cam.ac.uk/tag/michael-crisp/feed/
    17 May 2024: p pSeveral other methods of improving passive RFID coverage have been developed, but they do not address the issues of dead spots./p pHowever, by using a distributed antenna system (DAS) ... Even so, it is impossible to achieve completely accurate
  13. sithamparanathan sabesan Archives – Cambridge Enterprise

    https://www.enterprise.cam.ac.uk/tag/sithamparanathan-sabesan/feed/
    17 May 2024: p pSeveral other methods of improving passive RFID coverage have been developed, but they do not address the issues of dead spots./p pHowever, by using a distributed antenna system (DAS) ... Even so, it is impossible to achieve completely accurate
  14. Cambridge Capital Group Archives – Cambridge Enterprise

    https://www.enterprise.cam.ac.uk/tag/cambridge-capital-group/feed/
    17 May 2024: power requirement, allowing them to be operated from a coin cell, battery, mobile phone or even by energy harvesting from an RFID device./p pFBARs are manufactured using standard CMOS processes
  15. spin-out Archives – Cambridge Enterprise

    https://www.enterprise.cam.ac.uk/tag/spin-out/feed/
    17 May 2024: power requirement, allowing them to be operated from a coin cell, battery, mobile phone or even by energy harvesting from an RFID device./p pFBARs are manufactured using standard CMOS processes ... pre pCambridge Graphene develops inks based on graphene
  16. sensors Archives – Cambridge Enterprise

    https://www.enterprise.cam.ac.uk/tag/sensors/feed/
    17 May 2024: power requirement, allowing them to be operated from a coin cell, battery, mobile phone or even by energy harvesting from an RFID device./p pFBARs are manufactured using standard CMOS processes ... technology./p pemImage: One of the sensors that has been
  17. 17 May 2024: and Keshav, S., 2007. Very low-cost internet access using KioskNet Computer Communication Review, v. ... Chang, L., Wang, J., Abari, O. and Keshav, S., 2020. ID-clicker: A battery-free in-class response system using RFID tags Proceedings - 5th ACM/IEEE
  18. technology Archives – Cambridge Enterprise

    https://www.enterprise.cam.ac.uk/tag/technology/feed/
    17 May 2024: power requirement, allowing them to be operated from a coin cell, battery, mobile phone or even by energy harvesting from an RFID device./p pFBARs are manufactured using standard CMOS processes ... Founded by Ludlow-Palafox, with Chase as R&D Director,
  19. cambridge angels Archives – Cambridge Enterprise

    https://www.enterprise.cam.ac.uk/tag/cambridge-angels/feed/
    17 May 2024: power requirement, allowing them to be operated from a coin cell, battery, mobile phone or even by energy harvesting from an RFID device./p pFBARs are manufactured using standard CMOS processes ... Customers have been able to use the products to solve
  20. Cohort 2 projects | Digital Roads of the Future

    https://drf.eng.cam.ac.uk/future-roads-fellowships/cohort-2-projects
    17 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,
  21. https://drf.eng.cam.ac.uk/taxonomy/term/11/feed

    https://drf.eng.cam.ac.uk/taxonomy/term/11/feed
    17 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,
  22. engineering Archives – Cambridge Enterprise

    https://www.enterprise.cam.ac.uk/tag/engineering/feed/
    17 May 2024: p pSeveral other methods of improving passive RFID coverage have been developed, but they do not address the issues of dead spots./p pHowever, by using a distributed antenna system (DAS) ... Even so, it is impossible to achieve completely accurate
  23. Exhibit 3 - Seeing with Atoms | Department of Physics

    https://outreach.phy.cam.ac.uk/programme/physicsatwork/booklets/exhibitorsguide2019/seeingwithatoms2019
    16 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
  24. Cambridge Zero workshop explores algae, worms and GPS tracking for…

    https://www.zero.cam.ac.uk/who-we-are/blog/news/cambridge-zero-workshop-explores-algae-worms-and-gps-tracking-waste
    15 May 2024: The Role of Technology in Prevention and Solutions group tackled the need to change attitudes towards waste and seek new ways of measuring, tracking, and valuing waste using Radio Frequency Identification ... RFID) tech and Proof of Stake (POS)
  25. Chronological - S. Keshav

    https://svr-sk818-web.cl.cam.ac.uk/keshav/wiki/index.php/Chronological
    15 May 2024: Keshav, "A Battery-Free In-Class Response System using RFID Tags, " Proc. ... P.X. Gao and S. Keshav, Optimal Personal Comfort Management Using SPOT+, Proc.
  26. AWERB 3Rs Minutes 4th October 2024 Redacted

    https://www.ubs.admin.cam.ac.uk/system/files/public/3rs_minutes_041023_redacted.pdf
    14 May 2024: The use of artificial intelligence in the future.• Home cage monitoring systems using Radio Frequency Identification (RFID) implants• University of Newcastle are developing a forum for the animal research community (ARC).
  27. Publications

    https://mobile-systems.cl.cam.ac.uk/publications.html
    2 May 2024: Yawning Detection using Earphone Inertial Measurement Units. Jacob Brown, Yang Liu, Cecilia Mascolo. ... Measuring Urban Social Diversity Using Interconnected Geo-Social Networks. Desislava Hristova, Matthew J.
  28. Detecting Foot Strikes during Running with Earbuds

    https://mobile-systems.cl.cam.ac.uk/papers/bodysys24-dong.pdf
    2 May 2024: hEARt [5] proposedmonitoring HR during running using an in-ear microphone,while RunBuddy [8] and ER-Rhythm [18] developed meth-ods for monitoring RR using smartphone IMUs and RFID,respectively. ... 1–11. [18] Yanni Yang, Jiannong Cao, and Xiulong Liu.
  29. Completed work - S. Keshav

    https://svr-sk818-web.cl.cam.ac.uk/keshav/wiki/index.php/Completed_work
    18 Mar 2024: IEEE ICBC, 2020. Using RFID-based sensors for determining soil moisture level. ... Spring 2019. Using IoT to reduce energy costs of lighting (with Yerbol Aussat).
  30. The Digital Lab Manager: Automating Research Support

    https://como.ceb.cam.ac.uk/media/preprints/c4e_318_sdr39_Digital_Laboratory_Manager.pdf
    25 Jan 2024: Preprint No. 318. Keywords: Laboratory Automation, Lab Management, LIMS, RFID, Asset tracking, Dynamic knowledgegraphs. ... a) Sample arrangements of the RFID components. (b) RFID labelling on a chemical container.
  31. Screen-printed and spray coated graphene-based RFID transponders

    https://www.graphene.cam.ac.uk/files/459.pdf
    3 Jan 2024: sidering the small (400 µm 250 µm) contact pads of an RFID microchip. ... Screen-printed and spray coated graphene-based RFID transponders. Abstract. 1. Introduction. 2.
  32. NSDI 2011 Day 2 LiveBlog « syslog

    https://www.syslog.cl.cam.ac.uk/2011/03/31/nsdi-2011-day-2-liveblog/
    5 Nov 2023: Dewdrop: An Energy-Aware Runtime for Computational RFID. (11:03:11 AM) smowton: defn: "computational RFID" = computer that works solely using RF energy. ... 4:26:52 PM) smowton: Example 3: using speed to optimise vehicle mesh nets.
  33. WP316final

    https://www.jbs.cam.ac.uk/wp-content/uploads/2023/05/cbrwp316.pdf
    9 Jul 2023: contribution between ICT producing and ICT using sectors; and the sustainability of the productivity turnaround. ... 7. competitive environment that results in organisations evolving their strategy and using the opportunities presented by technology
  34. 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
  35. Cambridge University Reporter Special

    https://www.reporter.admin.cam.ac.uk/reporter/2004-05/weekly/5974/10.html
    28 Jan 2022: 3 November. Track and trace for the global supply chain using RFID, by Steve Hodges, of Microsoft Research, Cambridge.
  36. Cambridge BMI Group Working Papers: 03/2021 THE COMPLEMENTARITY OF ...

    https://www.ifm.eng.cam.ac.uk/uploads/Research/BMI/Cambridge_BMI_Working_Papers_03_2021_25_05_21.pdf
    25 May 2021: variables of our study. Average productivity in robot–using industries have increased only slightly,. ... formation over the study period, inferring 𝐼0 using the stock of physical capital (from EUKLEMS).
  37. Blockchain for 3D Printing? Exploring Opportunities for Business…

    https://www.ifm.eng.cam.ac.uk/uploads/Research/BMI/Cambridge_BMI_Working_Papers_02_2020.pdf
    12 Feb 2021: using blockchain technology, and (potentially) emerging 3D printing business models. based on blockchain platforms. – – ... usage, one expert from Project Alpha said, “When using 3D printing technologies, it feels.
  38. 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/
    Thumbnail for University of Cambridge spin-out, Sorex Sensors, raises £1.2m – Cambridge Enterprise 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
  39. RFID: Near error-free wireless detection made possible – Cambridge…

    https://www.enterprise.cam.ac.uk/case-studies/near-error-free-wireless-detection-made-possible/
    Thumbnail for RFID: Near error-free wireless detection made possible – Cambridge Enterprise 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
  40. resume-Aug 2020

    https://www.cst.cam.ac.uk/sites/www.cst.cam.ac.uk/files/resume-aug_2020.pdf
    15 Oct 2020: Keshav, "A Battery-Free In-Class Response System using RFID Tags, " Proc. ... Keshav, and C. Rosenberg, “Using Synthetic Traces for Robust Energy System Sizing,” Proc.
  41. SPRING 2019ISSUE 25 Electronic device implanted in the brain ...

    https://www.eng.cam.ac.uk/uploads/pages/files/issue-25-engineering-newsletter-spring-2019.pdf
    7 Nov 2019: He never got the chance to speak in public using his upgraded system, but he used it right up until he died. ... By using different coloured paints on different parts, it is possible to observe the movement of air on the aerofoil surface.
  42. SPRING/SUMMER 2019 | Issue 10 Institute for REVIEWManufacturing a ...

    https://www.ifm.eng.cam.ac.uk/uploads/IfM_Review/2019%20IfMR%20Issue%2010_compressed.pdf
    29 Jul 2019: European manufacturers in the car industry are at the forefront of developing and using elements of modern production systems such as sensors, RFID, automation and digital twins, thereby driving innovation and ... Problems with current classificationIn
  43. Vision Network Augmented Reality and Virtual Reality for Digital ...

    https://www.cdbb.cam.ac.uk/system/files/documents/VisionNetworkReport2018.pdf
    3 May 2019: The identified limitations were. ranked using the mean and median of the survey scores. ... aided in the decision-making, permit and execution procedures. Using VR, Arcadis provided value.
  44. The Institute for Manufacturing - Email Marketing Campaign

    https://www.ifm.eng.cam.ac.uk/uploads/Research/DIAL/Newsletter/DIAL_Quarterly_January_2011.pdf
    22 Aug 2018: 2-3 yearsand will also include a study of companies seeking to deploy RFID for thefirst time. ... Sensor types can range from RFID, to energy sensing, tomeasurement of physical properties such as wear or strain.
  45. CDBB_final_v2

    https://www.cdbb.cam.ac.uk/system/files/documents/CDBB_final_v2.pdf
    1 May 2018: the understanding of the use of physical spaces by humans using sensor technologies. ... example examined foot-traffic data in the form of path analysis using technologies such as RFID tags.
  46. IfM has hi-tech cure for Spanish Ham producers

    https://www.ifm.eng.cam.ac.uk/uploads/News/100909_IfM_hitech_ham.doc
    7 Feb 2017: The team from the IfM’s Distributed Information and Automation Laboratory (DIAL) have been using Radio Frequency identification (RFID) tags to help producers ensure traceability of meat products and make the ... Using RFID the business will be able to
  47. OCTOBER 2015 | Issue 4 Institute forManufacturingREVIEW 50 years ...

    https://www.ifm.eng.cam.ac.uk/uploads/IfM_Review/Issue-4/IfM-Review-Issue-4.pdf
    27 Oct 2015: IfM ECS, with its extensive experience of using research-based tools and techniques to help companies turn R&D into successful businesses, was asked to share its knowledge of innovation and ... At the moment, most carbon nanotube products are processed
  48. Layout 1

    https://www.eng.cam.ac.uk/uploads/pages/files/issue-15engnl.pdf
    17 Jul 2014: castiron tunnel at a scale that has never been done before using ground-breaking technologies. ... Even so, it isimpossible to achieve completely accuratedetection. But by using a DAS RFID system tomove the location of dead spots away fromthe tag, an
  49. Near error-free wireless detection made possible | University of…

    https://www.cam.ac.uk/research/news/near-error-free-wireless-detection-made-possible
    Thumbnail for Near error-free wireless detection made possible | University of Cambridge 23 Jan 2014: 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
  50. 4-MLB-AUTOID-BC002

    https://www.ifm.eng.cam.ac.uk/uploads/Research/DIAL/Resources/White_papers/stg-autoid-wh006.pdf
    3 Apr 2012: 1 [Green 2003]. product information activity potential benefit. – Automatic part identification with RFID. – ... With the RFID tags installed, operators make scheduled plantinspections to collect process and mechanical data about equipment using
  51. 1-CAM-AUTOID-WH014 -V2

    https://www.ifm.eng.cam.ac.uk/uploads/Research/DIAL/Resources/White_papers/cam-autoid-wh-014.pdf
    3 Apr 2012: CAM-AUTOID-WH-014 2003 Copyright 4. sequence. The RFID reader interrogates tags for their data using wireless communication. ... 7. summary. This paper examined two key problems with using RFID based sensors to identify the location of physicalobjects,

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