Recent Advances in Indoor Localization Systems and Technologies
Recent Advances in Indoor Localization Systems and Technologies
English[eng]
9783040000000
filter||finite memory structure||infinite memory structure||smoother||target tracking||Indoor Positioning System||WLAN||C-Means||K-Means||Access Point Selection||RSS-fingerprint||smartphone||pedestrian dead reckoning||heading estimation||autoregressive model||adaptive Kalman filter||indoor localization||Wi-Fi received signal strength indicator (RSSI)||semisupervised learning||feature extraction||mobile fingerprinting||trajectory learning||localization||hybrid localization||Bluetooth Low Energy||extended kalman filter||internet of things||proximity sensors||smartphone sensors||pedestrian dead reckoning (PDR)||Wi-Fi indoor positioning||sensor fusion frameworks||Kalman filter||location fingerprinting||trilateration||received signal strength indication (RSSI)||indoor positioning||5G system||hybrid positioning||geometric dilution of precision||closed-form solution||Cramer-Rao lower bound||visually impaired (VI)||computer vision||deep learning||multi-label convolutional support vector machine (M-CSVM)||assistive technology||visually impaired||navigational system||indoor navigation||markers||mobile robots||wireless sensor network||time of arrival (TOA)||NLOS||modified probabilistic data association (MPDA)||indoor location recognition||received signal strength (RSS)||Wi-Fi fingerprint positioning||deep neural network (DNN)||optimization methods||adaptive filter||hidden Markov models (HMM)||I/O detection||GPS signal||machine learning||positioning applications.||PDR||geomagnetic positioning||particle filter||genetic algorithm||Wi-Fi fine timing measurement||NLOS identification||Gaussian model||carrier phase||differential pseudolite system||extended Kalman filter||reliability||integrity monitoring||transparent obstacle recognition||reflection noise||laser range finder||path planning||mobile robot||automated data acquisition||remote sensing technologies||automated progress reporting||data fusion||tracking resources||bearing estimation||azimuth estimation||signal processing||position estimation||photodiode array||indoor ranging algorithm||channel state information||received signal strength indicator||VPR||fusion navigation||UWB||multi-path detection||NLOS and MP discrimination||SVM||random forest||multilayer perceptron||LOS||DWM1000||fingerprinting||smart buildings||mobile devices||indoor localization technologies||model based techniques||quality control
English[eng]
9783040000000
filter||finite memory structure||infinite memory structure||smoother||target tracking||Indoor Positioning System||WLAN||C-Means||K-Means||Access Point Selection||RSS-fingerprint||smartphone||pedestrian dead reckoning||heading estimation||autoregressive model||adaptive Kalman filter||indoor localization||Wi-Fi received signal strength indicator (RSSI)||semisupervised learning||feature extraction||mobile fingerprinting||trajectory learning||localization||hybrid localization||Bluetooth Low Energy||extended kalman filter||internet of things||proximity sensors||smartphone sensors||pedestrian dead reckoning (PDR)||Wi-Fi indoor positioning||sensor fusion frameworks||Kalman filter||location fingerprinting||trilateration||received signal strength indication (RSSI)||indoor positioning||5G system||hybrid positioning||geometric dilution of precision||closed-form solution||Cramer-Rao lower bound||visually impaired (VI)||computer vision||deep learning||multi-label convolutional support vector machine (M-CSVM)||assistive technology||visually impaired||navigational system||indoor navigation||markers||mobile robots||wireless sensor network||time of arrival (TOA)||NLOS||modified probabilistic data association (MPDA)||indoor location recognition||received signal strength (RSS)||Wi-Fi fingerprint positioning||deep neural network (DNN)||optimization methods||adaptive filter||hidden Markov models (HMM)||I/O detection||GPS signal||machine learning||positioning applications.||PDR||geomagnetic positioning||particle filter||genetic algorithm||Wi-Fi fine timing measurement||NLOS identification||Gaussian model||carrier phase||differential pseudolite system||extended Kalman filter||reliability||integrity monitoring||transparent obstacle recognition||reflection noise||laser range finder||path planning||mobile robot||automated data acquisition||remote sensing technologies||automated progress reporting||data fusion||tracking resources||bearing estimation||azimuth estimation||signal processing||position estimation||photodiode array||indoor ranging algorithm||channel state information||received signal strength indicator||VPR||fusion navigation||UWB||multi-path detection||NLOS and MP discrimination||SVM||random forest||multilayer perceptron||LOS||DWM1000||fingerprinting||smart buildings||mobile devices||indoor localization technologies||model based techniques||quality control