positional tracking of rfid signals The main contributions include (1) A theoretical model of radio frequency backscatter coupling-based positioning and an in-depth analysis of the influencing parameters. (2) A new classification of RFID positioning techniques with a discussion of the latest progress. Learn how V1CE NFC business cards work to make networking easy. Discover how a simple tap transfers your contact info instantly to smartphones—no app required.
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The main contributions include (1) A theoretical model of radio frequency backscatter coupling-based positioning and an in-depth analysis of the influencing parameters. (2) A new classification of RFID positioning techniques with a discussion of the latest progress.
The main contributions include (1) A theoretical model of radio frequency backscatter coupling-based positioning and an in-depth analysis of the influencing parameters. (2) A new classification of RFID positioning techniques with a discussion of the latest progress. The most accurate approaches for tracking the tag’s position, deliver precision in the order of 20 cm over a range of a few meters and require moving parts in a predefined pattern (mechanical antenna steering), which limits their application. In recent times, RFID positioning technology is a default choice for several real-time indoor tracking of people. In this article, we’ll explore how RFID location tracking works, how it enables indoor asset tracking (people monitoring), and how it compares to alternative solutions.This chapter provides a comprehensive introduction of the principles and techniques involved in RFID positioning. It first summarizes key principles of information acquisition, and then introduces RFID positioning algorithms and techniques.
Motived by the potentiality of RFID positioning and the gap between research and practice, this investigation aims to provide an in-depth survey of the methods and the latest technical progress. In the 2D scenario of RFID tag's movement with known track, the tracked target attached on an RFID tag moves with a constant speed. RFID antennas are deployed around the surveillance region to read the tag for tracking and positioning.
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Then, we explain and classify RFID localization techniques. Finally, we discuss future trends in this domain. RFID is an automatic identification technology that enables tracking of people and objects. Both identity and location are generally key information for indoor services. This research developed a reliable eDeepRFID-IPS positioning system and a deep learning prediction framework for the challenge of RFID-based indoor positioning systems in smart homes connected to IoT. eDeepRFID-IPS trains a DNN architecture (Conv2D) utilizing spatial data collected from a previous dataset that used passive RFID tags and an RFID . For indoor environments, positioning systems that rely on existing network infrastructures such as Wi-Fi positioning system or Bluetooth are able to provide location accuracies ranging from 1 to 10 m, depending heavily on the usage environment.
The most accurate approaches for tracking the tag’s position, deliver precision in the order of 20 cm over a range of a few meters and require moving parts in a prede-fined pattern (mechanical antenna steering), which limits their application. The main contributions include (1) A theoretical model of radio frequency backscatter coupling-based positioning and an in-depth analysis of the influencing parameters. (2) A new classification of RFID positioning techniques with a discussion of the latest progress. The most accurate approaches for tracking the tag’s position, deliver precision in the order of 20 cm over a range of a few meters and require moving parts in a predefined pattern (mechanical antenna steering), which limits their application. In recent times, RFID positioning technology is a default choice for several real-time indoor tracking of people. In this article, we’ll explore how RFID location tracking works, how it enables indoor asset tracking (people monitoring), and how it compares to alternative solutions.
This chapter provides a comprehensive introduction of the principles and techniques involved in RFID positioning. It first summarizes key principles of information acquisition, and then introduces RFID positioning algorithms and techniques.
Motived by the potentiality of RFID positioning and the gap between research and practice, this investigation aims to provide an in-depth survey of the methods and the latest technical progress. In the 2D scenario of RFID tag's movement with known track, the tracked target attached on an RFID tag moves with a constant speed. RFID antennas are deployed around the surveillance region to read the tag for tracking and positioning.Then, we explain and classify RFID localization techniques. Finally, we discuss future trends in this domain. RFID is an automatic identification technology that enables tracking of people and objects. Both identity and location are generally key information for indoor services. This research developed a reliable eDeepRFID-IPS positioning system and a deep learning prediction framework for the challenge of RFID-based indoor positioning systems in smart homes connected to IoT. eDeepRFID-IPS trains a DNN architecture (Conv2D) utilizing spatial data collected from a previous dataset that used passive RFID tags and an RFID .
For indoor environments, positioning systems that rely on existing network infrastructures such as Wi-Fi positioning system or Bluetooth are able to provide location accuracies ranging from 1 to 10 m, depending heavily on the usage environment.
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