trio utilizing tag interference for refined localization of passive rfid Extensive experiment results demonstrate that effectively achieves high accuracy of refined localization, i.e., <1 cm errors for several types of main stream tags. The NFC antenna on Android phones can vary but is almost always in the middle or upper-middle on the back of the phone. This illustration shows the typical . See more
0 · Han Ding (丁菡)
1 · Ge Wang (王鸽)
2 · Utilizing Tag Interference for Refined Localization of Passive RFID
3 · Trio: Utilizing Tag Interference for Refined Localization of Passive
4 · Trio: Utilizing Tag Interference for Refined Localization of
5 · Passive Multiple Target Indoor Localization Based on Joint
XP. 772. Country. Mar 10, 2017. #14. cathtbh said: Using blank NTAG215 NFC cards/stickers you can write amiibo data once onto it if your smartphone can support NFC. If it .
This paper presents a new refined localization system, called Trio, which uses passive Radio Frequency Identification (RFID) tags for low cost and easy deployment. Trio provides a new . This work presents a promising approach to allowing each user to interact with a tagged item using only one passive tag, which is named the Tag Mutual Identification Interface . Extensive experiment results demonstrate that effectively achieves high accuracy of refined localization, i.e., <1 cm errors for several types of main stream tags.
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A new refined localization system, called Trio, which uses passive radio frequency identification (RFID) tags for low cost and easy deployment and effectively achieves high accuracy of .This article presents a new refined localization system, called Trio, which uses passive radio frequency identification (RFID) tags for low cost and easy deployment. Trio utilizes RF . These problems are harmless and ignored in tag or passive single target localization, but degrade the performance severely in passive multiple target scenario. .This paper presents a new refined localiza-tion system, called Trio, which uses passive Radio Frequency Identification (RFID) tags for low cost and easy deployment. Trio provides a new .
Trio: Utilizing tag interference for refined localization of passive RFID H Ding, J Han, C Qian, F Xiao, G Wang, N Yang, W Xi, J Xiao IEEE INFOCOM 2018-IEEE Conference on Computer.
Trio: Utilizing tag interference for refined localization of passive RFID. H Ding, J Han, C Qian, F Xiao, G Wang, N Yang, W Xi, J Xiao. IEEE INFOCOM 2018-IEEE Conference on.Trio: Utilizing Tag Interference for Refined Localization of Passive RFID. H. Ding, J. Han, C. Qian, F. Xiao, G. Wang, N. Yang, W. Xi, and J. Xiao. INFOCOM, page 828-836. IEEE, (2018)This paper presents a new refined localization system, called Trio, which uses passive Radio Frequency Identification (RFID) tags for low cost and easy deployment. Trio provides a new angle to utilize RF interference for tag localization by modeling the equivalent circuits of coupled tags.
This work presents a promising approach to allowing each user to interact with a tagged item using only one passive tag, which is named the Tag Mutual Identification Interface (TagMii). Extensive experiment results demonstrate that effectively achieves high accuracy of refined localization, i.e., <1 cm errors for several types of main stream tags.A new refined localization system, called Trio, which uses passive radio frequency identification (RFID) tags for low cost and easy deployment and effectively achieves high accuracy of refined localization, i.e., < 1 cm errors for several types of main stream tags.This article presents a new refined localization system, called Trio, which uses passive radio frequency identification (RFID) tags for low cost and easy deployment. Trio utilizes RF interference for tag localization by modeling the equivalent circuits of coupled tags.
These problems are harmless and ignored in tag or passive single target localization, but degrade the performance severely in passive multiple target scenario. Therefore, in this paper, the authors propose a joint interference cancellation method to mitigate the effect of these limitations.
This paper presents a new refined localiza-tion system, called Trio, which uses passive Radio Frequency Identification (RFID) tags for low cost and easy deployment. Trio provides a new angle to utilize RF interference for tag localization by modeling the equivalent circuits of coupled tags.Trio: Utilizing tag interference for refined localization of passive RFID H Ding, J Han, C Qian, F Xiao, G Wang, N Yang, W Xi, J Xiao IEEE INFOCOM 2018-IEEE Conference on Computer.Trio: Utilizing tag interference for refined localization of passive RFID. H Ding, J Han, C Qian, F Xiao, G Wang, N Yang, W Xi, J Xiao. IEEE INFOCOM 2018-IEEE Conference on.
Trio: Utilizing Tag Interference for Refined Localization of Passive RFID. H. Ding, J. Han, C. Qian, F. Xiao, G. Wang, N. Yang, W. Xi, and J. Xiao. INFOCOM, page 828-836. IEEE, (2018)
This paper presents a new refined localization system, called Trio, which uses passive Radio Frequency Identification (RFID) tags for low cost and easy deployment. Trio provides a new angle to utilize RF interference for tag localization by modeling the equivalent circuits of coupled tags. This work presents a promising approach to allowing each user to interact with a tagged item using only one passive tag, which is named the Tag Mutual Identification Interface (TagMii).
Extensive experiment results demonstrate that effectively achieves high accuracy of refined localization, i.e., <1 cm errors for several types of main stream tags.A new refined localization system, called Trio, which uses passive radio frequency identification (RFID) tags for low cost and easy deployment and effectively achieves high accuracy of refined localization, i.e., < 1 cm errors for several types of main stream tags.This article presents a new refined localization system, called Trio, which uses passive radio frequency identification (RFID) tags for low cost and easy deployment. Trio utilizes RF interference for tag localization by modeling the equivalent circuits of coupled tags. These problems are harmless and ignored in tag or passive single target localization, but degrade the performance severely in passive multiple target scenario. Therefore, in this paper, the authors propose a joint interference cancellation method to mitigate the effect of these limitations.
This paper presents a new refined localiza-tion system, called Trio, which uses passive Radio Frequency Identification (RFID) tags for low cost and easy deployment. Trio provides a new angle to utilize RF interference for tag localization by modeling the equivalent circuits of coupled tags.Trio: Utilizing tag interference for refined localization of passive RFID H Ding, J Han, C Qian, F Xiao, G Wang, N Yang, W Xi, J Xiao IEEE INFOCOM 2018-IEEE Conference on Computer.Trio: Utilizing tag interference for refined localization of passive RFID. H Ding, J Han, C Qian, F Xiao, G Wang, N Yang, W Xi, J Xiao. IEEE INFOCOM 2018-IEEE Conference on.
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Han Ding (丁菡)
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arduino rfid reader range
Ge Wang (王鸽)
Utilizing Tag Interference for Refined Localization of Passive RFID
I would expect to use standard off the shelf NFC/Mifare stickers those vary between 0.20~0.50 € getting even cheaper when ordered in bulk. The placement should not be an issue we could just 3d print a jig that emulates the .
trio utilizing tag interference for refined localization of passive rfid|Trio: Utilizing Tag Interference for Refined Localization of Passive