platform-robust passive uhf rfid tags a case-study in robotics In this work, based on specific requirements individuated and discussed, ad-hoc . $16.88
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In this work, based on specific requirements individuated and discussed, ad-hoc .
In this work, based on specific requirements individuated and discussed, ad-hoc .© 2008-2024 ResearchGate GmbH. All rights reserved. Terms; Privacy; IP .An ad-hoc platform-robust RFID tag is designed, realized and exhaustively tested through both .
In this work, based on specific requirements individuated and discussed, ad-hoc RFID reader antennas and platform-robust tags are designed, realized and tested on a practical case.
An ad-hoc platform-robust RFID tag is designed, realized and exhaustively tested through both simulations and measurements to demonstrate the appropriateness of the proposed tag to operate in application scenarios where performance stability is mandatory.Developing a low-cost passive tag whose behaviour is independent of the mounting surface is therefore an attractive issue in this application domain. In this paper, a platform-robust passive RFID tag suitable for robotic applications is proposed. Since the size is not a stringent constraint | for instance, the tag could be integrated into walls,In many cases, such as in robotic applications, the RFID tags should satisfy specific requisites so that read range, platform robustness, radiation properties, cost, and size must be properly taken into account during the design phase.
In this work, the speciflc requirements of tags for RFID-assisted localization and navigation of mobile robots are highlighted and discussed. On such basis, an ad-hoc platform-robust RFID tag is designed, realized and exhaustively tested .Platform-Robust Passive UHF RFID Tags: a Case-Study in Robotics . planar tags suffer performance degradation when attached or in close proximity to reflecting, lossy, and capacitive bodies, with negative impact in several application scenarios [4, .work: passive .
In this work, the specific requirements of tags for RFID-assisted localization and navigation of mobile robots are highlighted and discussed. On such basis, an ad-hoc platform-robust RFID tag is designed, realized and exhaustively tested through both simulations and measurements.
In this paper, customized RFID reader antennas and platform-robust tags are designed and realized according to several requirements specifically individuated for the addressed application. The UHF RFID tags absorb, modulate, and backscatter the electromagnetic waves emitted from the reader and thus are able to respond up to a limited range (e.g., 7 m to 10 m). In the scope of this paper, we focus on tracking dynamic objects with . In this article, we present a new approach for robust reading of identification (ID) and sensor data from chipless radio frequency ID (CRFID) sensor tags. Fo. In this work, based on specific requirements individuated and discussed, ad-hoc RFID reader antennas and platform-robust tags are designed, realized and tested on a practical case.
An ad-hoc platform-robust RFID tag is designed, realized and exhaustively tested through both simulations and measurements to demonstrate the appropriateness of the proposed tag to operate in application scenarios where performance stability is mandatory.
Platform
Developing a low-cost passive tag whose behaviour is independent of the mounting surface is therefore an attractive issue in this application domain. In this paper, a platform-robust passive RFID tag suitable for robotic applications is proposed. Since the size is not a stringent constraint | for instance, the tag could be integrated into walls,
In many cases, such as in robotic applications, the RFID tags should satisfy specific requisites so that read range, platform robustness, radiation properties, cost, and size must be properly taken into account during the design phase. In this work, the speciflc requirements of tags for RFID-assisted localization and navigation of mobile robots are highlighted and discussed. On such basis, an ad-hoc platform-robust RFID tag is designed, realized and exhaustively tested .Platform-Robust Passive UHF RFID Tags: a Case-Study in Robotics . planar tags suffer performance degradation when attached or in close proximity to reflecting, lossy, and capacitive bodies, with negative impact in several application scenarios [4, .work: passive .
In this work, the specific requirements of tags for RFID-assisted localization and navigation of mobile robots are highlighted and discussed. On such basis, an ad-hoc platform-robust RFID tag is designed, realized and exhaustively tested through both simulations and measurements.
In this paper, customized RFID reader antennas and platform-robust tags are designed and realized according to several requirements specifically individuated for the addressed application. The UHF RFID tags absorb, modulate, and backscatter the electromagnetic waves emitted from the reader and thus are able to respond up to a limited range (e.g., 7 m to 10 m). In the scope of this paper, we focus on tracking dynamic objects with .
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