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Robust Differential Received Signal Strength Based Localization With Model Parameter Errors
IEEE Signal Processing Letters, 2018In this letter, we address the differential received signal strength based problem with model parameter errors. To deal with the model parameter errors, we adopt the robust weighted least squares criterion, leading to a minimax optimization problem.
Gang Wang +2 more
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Blind Received Signal Strength Difference Based Source Localization With System Parameter Errors
IEEE Transactions on Signal Processing, 2014The problem of passive source localization has been extensively studied due to its many applications in signal processing and wireless communications. Signal strength-based localization methods have the advantages of low cost and simple implementation.
Aaron Gulliver +2 more
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Calculated Distance Error Improvement by Using Received Signal Power Mask in Relay Type GPS
2019 IEEE 90th Vehicular Technology Conference (VTC2019-Fall), 2019In order to improve calculated distance errors of GPS receivers in urban areas, a relay type GPS had previously been proposed. In relay type GPS, target GPS receivers receiving can calculate their positions by assists of the many mobile terminals around them which calculate their own positions by GPS calculation and transmit them via the same GPS ...
Takatoshi Sugiyama
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Characterization of Distance Error with Received Signal Strength Ranging
2010 IEEE Wireless Communication and Networking Conference, 2010Location aware applications benefit from accurate position information. The position uncertainty can be reduced through cooperative localization in distributed systems with accurate point-to-point ranging. Received signal strength (RSS) measurement enables low cost, low complexity distance estimation.
Jared Dulmage +3 more
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Receiver structures and error rate performance for signals with unknown frequency
Proceedings of 8th International Symposium on Personal, Indoor and Mobile Radio Communications - PIMRC '97, 2002Receiver structures for an optimal noncoherent receiver when a transmitted signal experiences a random frequency shift are derived. Error rate performance, obtained by simulation, is then developed and compared with the standard noncoherent correlator.
Thomas A. Schonhoff, Arthur A. Giordano
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Statistical Analysis of Received Signal and Error Performance for Mobile Molecular Communication
IEEE Transactions on NanoBioscience, 2019Molecular communication (MC) is a promising paradigm for conveying information in nanonetworks, where small particles like molecules are the carriers of information. In this paper, we investigate a special communication scenario, where the MC system consists of a pair of mobile transmitter and receiver nanomachines. Both of them move randomly in a free
Shuai Huang +4 more
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Time Domain Error Analysis for Pulse Signal Based on Nyquist Folding Receiver
Proceedings of the 1st International Conference on Graphics and Signal Processing, 2017Nyquist folding receiver (NYFR) is a novel kind of analog-to-information architecture and it uses non-uniform sampling to realize the wideband receiving. In this paper, the time domain error of the pulse signal intercepted by the NYFR is analyzed. Introducing the extended Fourier transform (EFT), the non-uniform sampling of the NYFR can be transformed ...
Zhaoyang Qiu +3 more
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