• Corpus ID: 31126823

Expert Talk on Localization

@inproceedings{Pelka2015ExpertTO,
  title={Expert Talk on Localization},
  author={Mathias Pelka and J{\'o} {\'A}gila Bitsch and Horst Hellbr{\"u}ck and Klaus Wehrle},
  year={2015}
}
Localization is an important challenge for all applications with autonomous navigating devices. Systems like GPS solve this challenge for most outdoor applications but such systems are not able to operate indoors. Indoor localization therefore is an active research topic. When it comes to locating nodes that travel from indoors to outdoors most systems are overwhelmed. Thus, we propose a system capable to localize nodes in such applications by using COTS transceiver chips. We utilize the phase… 
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References

SHOWING 1-10 OF 21 REFERENCES
Passive RFID tomographic imaging for device-free user localization
TLDR
This work formulate and show how a tomographic imaging algorithm provides both low computational complexity and highly accurate position estimates, and finds the algorithm can locate the human with as low as 30 cm mean location error.
Fast and Accurate Wi-Fi Localization in Large-Scale Indoor Venues
TLDR
This paper proposes a fast and accurate indoor localization method for large-scale indoor venues using a small subset of APs, called representative APs (rAPs), which achieves the estimation error of 1.8\(\sim \)2.1 m, which can be considered a very competitive performance even in small-scale places with a few hundreds of AP's.
Adaptive clustering for device free user positioning utilizing passive RFID
TLDR
This work presents a transponder clustering approach based on inherent EPC protocol based bit masking, which allows to calculate fast coarse grained localization results and increase the precision by time, so that the user is able to adjust between localization speed and accuracy.
Dial it in: Rotating RF sensors to enhance radio tomography
TLDR
An RTI system of servo-nodes, RF sensors equipped with servo motors which autonomously “dial it in”, i.e., change position and orientation to optimize the RSS on links of the network is presented.
RASS: A real-time, accurate and scalable system for tracking transceiver-free objects
  • Dian Zhang, Yunhuai Liu, L. Ni
  • Computer Science
    2011 IEEE International Conference on Pervasive Computing and Communications (PerCom)
  • 2011
TLDR
A real-time tracking system RASS is put forward, which scales well to a large deployment field without sacrificing the latency and accuracy and is promising in the applications like the safeguard system.
Advanced real-time indoor parking localization based on semi-static objects
TLDR
The algorithm fulfills the real-time requirement of the localization task for a computer-controlled car through the use of a particle filter that uses laser scanner measurements and odometry data to localize the car in a precalculated probability grid map, containing static and semi-static elements.
External visual positioning system for enclosed carparks
TLDR
This paper developed an infrastructure-based positioning system which utilizes customary monocular surveillance cameras to determine the position of vehicles within a carpark and demonstrates that the proposed system is able to meet the requirements of common vehicular use cases such as navigation, obstacle warning or autonomous driving.
An Integrated Framework for Obstacle Mapping With See-Through Capabilities Using Laser and Wireless Channel Measurements
TLDR
An integrated framework for mapping with see-through capabilities using laser and wireless channel measurements, which can provide mapping capabilities beyond existing methods in the literature, is proposed.
Cooperative Wireless-Based Obstacle/Object Mapping and See-Through Capabilities in Robotic Networks
  • Y. Mostofi
  • Computer Science
    IEEE Transactions on Mobile Computing
  • 2013
In this paper, we develop a theoretical and experimental framework for the mapping of obstacles (including occluded ones), in a robotic cooperative network, based on a small number of wireless
CoSDEO 2016 Keynote: A decade later — Challenges: Device-free passive localization for wireless environments
  • M. Youssef, M. Mah, A. Agrawala
  • Computer Science
    2016 IEEE International Conference on Pervasive Computing and Communication Workshops (PerCom Workshops)
  • 2016
TLDR
This talk gives a holistic overview of the area of contact-free ambient sensing based on RF technology, highlighting how it evolved over a decade from binary-detection in controlled environments to commercial systems for border protection and smart homes.
...
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