Mobile Positioning and Tracking

Figueiras, João; Frattasi, Simone

doi:10.1002/9780470663035

Cited by 70 publications

(10 citation statements)

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“…Depending on services' requirements and context of their usage, different positioning technologies and systems are used at the heart of such service. There are a lot of classifications and taxonomies of location-based services presented in the literature so far (Figueiras & Frattas, 2010), and also new services continue to emerge. The locationbased requirements and applications of positioning technologies and methods in various LBSs are reviewed in Table 2 along with accuracy required by a particular service (very high, from 0-5m, high, from 5 -50m, medium, from 50-250m, and low, greater than 250m).…”

Section: Applications Of Positioning Methods and Technologies In Lbsmentioning

confidence: 99%

Positioning Methods and Technologies in Mobile and Pervasive Computing

Stojanović

Barshan

Papadopoulos

et al. 2014

Encyclopedia of Information Science and Technology, Third Edition

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Section: Applications Of Positioning Methods and Technologies In Lbsmentioning

confidence: 99%

Positioning Methods and Technologies in Mobile and Pervasive Computing

Stojanović

Barshan

Papadopoulos

et al. 2014

Encyclopedia of Information Science and Technology, Third Edition

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“…The LS estimate of the horizontal emitter location,p 2D e , which can also be found in [19], is defined by [39]:…”

Section: Two-step Closed-form Solutionmentioning

confidence: 99%

Emitter Location with Azimuth and Elevation Measurements Using a Single Aerial Platform for Electronic Support Missions

Khalaf-Allah

2021

Sensors

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Passive ground emitter geolocation techniques are essential to electronic warfare systems, as they provide threat warnings in hostile environments, while ensuring the electronic silence of the mission platform. Geolocation of enemy emitters indicates the position of and type of adversary troops, and allows for the use of guided munition against enemy targets. Three-dimensional geolocation solutions based on least squares and particle filter estimation, using only azimuth and elevation measurements, were considered. Three batch-processing and one instantaneous solution algorithms, i.e., using a single pulse or a single observation point, were developed and investigated. The performance of the proposed solutions was demonstrated by simulations. Results showed that the batch-processing solutions achieved acceptable accuracies with a sufficient number of observation points. The performance degraded with fewer observation points. The instantaneous geolocation solution improved performance with increasing observation points, i.e., working in the sequential mode, and therefore could approach the accuracy of the batch-processing solutions.

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“…In classic positioning systems [4], location is determined by the intersection of equal range loci, or equal range difference loci. As there might be several intersections of those loci, several stations are needed to resolve the resulting ambiguities.…”

Section: A Coarse Location Identificationmentioning

confidence: 99%

Cellular location in urban environment using ray tracing

Freedman

2011

2011 IEEE International Conference on Microwaves, Communications, Antennas and Electronic Systems (COMCAS 2011)

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The paper discusses the problem of location a mobile cellular terminal within an urban, multipath-rich environment, using available geographical information such as terrain and building maps. The method suggested in the paper is the use of ray tracing in order to characterize the propagation environment. The paper focuses on single antenna location, namely a trilateration -based algorithm and suggests using a two stage algorithm -coarse and fine location in order to avoid ambiguities and control the location geometry.The main purpose of the paper is to present the problems encountered in implementation including inaccuracies in the geographical and network databases, signal fading, measurement accuracy, location ambiguity and geometric depletion of precision (GDOP).The paper presents a preliminary analysis and simulation of the suggested algorithm

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Mobile Positioning and Tracking

Cited by 70 publications

References 0 publications

Positioning Methods and Technologies in Mobile and Pervasive Computing

Positioning Methods and Technologies in Mobile and Pervasive Computing

Emitter Location with Azimuth and Elevation Measurements Using a Single Aerial Platform for Electronic Support Missions

Cellular location in urban environment using ray tracing

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