Wireless Sensor Network

Wireless Sensor Network

ISSN Print: 1945-3078
ISSN Online: 1945-3086
www.scirp.org/journal/wsn
E-mail: wsn@scirp.org
"3D DOPs for Positioning Applications Using Range Measurements"
written by Binghao Li, Andrew G. Dempster, Jian Wang,
published by Wireless Sensor Network, Vol.3 No.10, 2011
has been cited by the following article(s):
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[2] Trilateration-based indoor localization utilizing the matrix completion method by probabilistic matrix factorization and stochastic gradient
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[6] Indoor Positioning Based on Active Radar Sensing and Passive Reflectors: Reflector Placement Optimization
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[7] UWB anchor node optimization deployment using MGWO for the coal mine working face end
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[8] Algorithm for Topology Search Using Dilution of Precision Criterion in Ultra-Dense Network Positioning Service Area
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[9] Positioning Performance of the Indoor Networks of Range-based Reference Stations
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[10] Optimum Access-Point Constellation for Indoor Time Difference of Arrival Positioning
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[11] Topology Search Using Dilution of Precision Criterion for Enhanced 5G Positioning Service Area
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[12] Body Centric Localization and Tracking Using Compact Wearable Antennas
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[13] UAV precise ATOL techniques using UWB technology
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[14] Indoor Acoustic Localization using Reflected Signals
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[15] Distributed PDOP Coverage Control: Providing Large-Scale Positioning Service Using a Multi-Robot System
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[16] Dilution of Precision in Positioning Systems Using Both Angle of Arrival and Time of Arrival Measurements
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[17] Acoustic Localization in Mixed Environments with Line-of-sight and Non-line-of-sight
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[18] Human real time localization system in underground mines using uwb
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[19] A UWB-Based Indoor Positioning System Employing Neural Networks
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[20] Kapalı mekânlarda RSS tabanlı konum belirleme yaklaşımı: Parmak izi metodunun uygulanması ve performans analizi
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[21] Enabling real-time and high accuracy tracking with COTS RFID devices
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[22] Five Degrees-of-Freedom Pose-Estimation Method for Smartphones Using a Single Acoustic Anchor
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[23] Optimized deployment of anchors based on GDOP minimization for ultra-wideband positioning
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[24] 鏡像スピーカを用いたスマートフォン高精度 3 次元測位手法
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[25] Design, Implementation, and Evaluation of a Real Time Localization System for the Optimization of Agitation Processes
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[27] Investigation of indoor positioning technologies for underground mine environments.
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[28] How to Select TDOA-Based Bearing Measurements for Improved Passive Triangulation Localization
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[29] Dilution of Precision in Three Dimensional Angle-of-Arrival Positioning Systems
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[30] 3-D Localization for Smartphones using a Single Speaker
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[31] Base-stations Random Placement Effect on the Accuracy of Ultra Wideband Body-centric Localization Applications
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[32] Позиционирование источников радиоизлучения в условиях высокогорья с использованием беспилотных летательных аппаратов
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[34] Time-of-Arrival-Based Indoor Smartphone Localization Using Light-Synchronized Acoustic Waves
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[35] An investigation of different Wi-Fi signal behaviours and their effects on indoor positioning accuracy
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[36] Time-of-Arrival Based Acoustic Localization Technique Using Visible Light Communication for Smartphones
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[37] Evaluación de la cobertura y la precisión de los sistemas de vigilancia aeronáutica por multilateración para cualquier región del territorio de Cuba.
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[38] Method of Master Receiver Selection Using DOP for Time Synchronization in TDOA-Based Localization
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[39] Análisis de la modulación por ruido en las señales de tiempo de sistemas DVB-T para su utilización en radioposicionamiento
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[40] Exploiting ground reflection for robust 3D smartphone localization
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[41] TDOA 기반 위치탐지를 위한 DOP 을 이용한 시각동기화 주수신기 선택 기법
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[42] Third Generation Positioning System for Underground Mine Environments: An update on progress
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[43] A Study on PDOP due to the Position Error of Acoustic Sensors in the 3D TDOA Positioning System
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[44] SyncSync: Time-of-arrival based localization method using light-synchronized acoustic waves for smartphones
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[45] Experimental Investigation of 3D Human Body Localisation Using Wearable Ultra Wideband Antennas
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[46] A Study on Global Positioning System of Smart Phone in indoor
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[47] 실내에서 스마트폰의 글로벌 좌표 인식 시스템에 관한 연구
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[48] Sensitivity Study of Wide Area Multilateration Using Ranging Source of 1090 MHz ADS-B Signals
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[49] A Study on Dynamic Trigger Threshold in Indoor Positioning System
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[50] 실내 위치 추정 시스템에서의 동적 트리거 임계값에 관한 연구
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[51] 3 차원 TDOA 위치인식 시스템의마이크 센서 배열 최적 설계
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[52] Optimum Design of the Microphone Sensor Array for 3D TDOA Positioning System
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[53] Evaluation of Positioning Algorithms for Wide Area Multilateration based Alternative Positioning Navigation and Timing (APNT) using 1090 MHz ADS-B Signals
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[54] 3 차원 TDOA 위치인식 시스템의 마이크 센서 배열 최적 설계
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[55] 開發利用 ADS-B 軟體無線電接收機建構民航替代導航系統之研究
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[56] Optimization model of GNSS/pseudolites structure design for open-pit mine positioning
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[57] 露天矿定位的 GNSS/伪卫星结构优化模型
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[58] 传感器位置对狭长空间定位精度的影响
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[59] 3D Indoor Positioning System Based on Smartphone
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[60] 露天矿定位的 GNSS/伪卫星结构优化模型 (英文)
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[61] Accuracy indicator for fingerprinting localization systems
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[62] Time-of-Arrival Based Acoustic Localization Technique Using Visible Light Communication for Smartphones (可視光通信を用いた到来時刻に基づくスマートフォン …
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