Articles with public access mandates - Gang WangLearn more
Not available anywhere: 25
Robust convex approximation methods for TDOA-based localization under NLOS conditions
G Wang, AMC So, Y Li
IEEE Transactions on Signal processing 64 (13), 3281-3296, 2016
Mandates: National Natural Science Foundation of China, Research Grants Council, Hong Kong
Robust NLOS error mitigation method for TOA-based localization via second-order cone relaxation
S Zhang, S Gao, G Wang, Y Li
IEEE Communications Letters 19 (12), 2210-2213, 2015
Mandates: National Natural Science Foundation of China
A bias-reduced nonlinear WLS method for TDOA/FDOA-based source localization
G Wang, S Cai, Y Li, N Ansari
IEEE Transactions on Vehicular Technology 65 (10), 8603-8615, 2015
Mandates: National Natural Science Foundation of China
Robust TDOA-based localization for IoT via joint source position and NLOS error estimation
G Wang, W Zhu, N Ansari
IEEE Internet of Things Journal 6 (5), 8529-8541, 2019
Mandates: National Natural Science Foundation of China
Convex Relaxation Methods for Unified Near-Field and Far-Field TDOA-Based Localization
G Wang, KC Ho
IEEE Transactions on Wireless Communications 18 (4), 2346-2360, 2019
Mandates: National Natural Science Foundation of China
Improved robust TOA-based localization via NLOS balancing parameter estimation
H Chen, G Wang, N Ansari
IEEE Transactions on Vehicular Technology 68 (6), 6177-6181, 2019
Mandates: National Natural Science Foundation of China
Nearly optimal sensor selection for TDOA-based source localization in wireless sensor networks
Z Dai, G Wang, X Jin, X Lou
IEEE Transactions on Vehicular Technology 69 (10), 12031-12042, 2020
Mandates: National Natural Science Foundation of China
Robust weighted least squares method for TOA-based localization under mixed LOS/NLOS conditions
W Wang, G Wang, J Zhang, Y Li
IEEE Communications Letters 21 (10), 2226-2229, 2017
Mandates: National Natural Science Foundation of China
Sensor network-based rigid body localization via semi-definite relaxation using arrival time and Doppler measurements
J Jiang, G Wang, KC Ho
IEEE Transactions on Wireless Communications 18 (2), 1011-1025, 2019
Mandates: National Natural Science Foundation of China
NLOS error mitigation for TOA-based source localization with unknown transmission time
S Gao, F Zhang, G Wang
IEEE Sensors Journal 17 (12), 3605-3606, 2017
Mandates: National Natural Science Foundation of China
Robust second-order cone relaxation for TW-TOA-based localization with clock imperfection
S Gao, S Zhang, G Wang, Y Li
IEEE Signal Processing Letters 23 (8), 1047-1051, 2016
Mandates: National Natural Science Foundation of China
Cooperative multiple target nodes localization using TOA in mixed LOS/NLOS environments
H Chen, G Wang, X Wu
IEEE sensors journal 20 (3), 1473-1484, 2019
Mandates: National Natural Science Foundation of China
Accurate rigid body localization via semidefinite relaxation using range measurements
J Jiang, G Wang, KC Ho
IEEE Signal Processing Letters 25 (3), 378-382, 2017
Mandates: National Natural Science Foundation of China
Second-order cone relaxation for TDOA-based localization under mixed LOS/NLOS conditions
W Wang, G Wang, F Zhang, Y Li
IEEE Signal Processing Letters 23 (12), 1872-1876, 2016
Mandates: National Natural Science Foundation of China
Localization using time-delay and Doppler shift by moving monostatic sensors
T Jia, H Wang, G Wang, KC Ho
IEEE Transactions on Aerospace and Electronic Systems 58 (3), 2560-2567, 2021
Mandates: National Natural Science Foundation of China
Blind cooperative parametric spectrum sensing with distributed sensors using local average power passing
M Jin, Q Guo, Y Li, J Xi, G Wang, D Huang
IEEE Transactions on Vehicular Technology 65 (12), 9703-9714, 2016
Mandates: Australian Research Council, National Natural Science Foundation of China
Robust RSS-based localization in mixed LOS/NLOS environments
Y Sun, G Wang, Y Li
International Conference on Communications and Networking in China, 659-668, 2019
Mandates: National Natural Science Foundation of China
Source localization by frequency measurements in unknown signal propagation speed environments
D Lin, G Wang, KC Ho
IEEE Transactions on Aerospace and Electronic Systems 59 (4), 3953-3970, 2023
Mandates: National Natural Science Foundation of China
Elliptic localization with imperfect clock synchronization for known and unknown propagation speed scenarios
Y Xiao, G Wang, KC Ho
IEEE Transactions on Aerospace and Electronic Systems 59 (2), 1468-1481, 2022
Mandates: National Natural Science Foundation of China
Novel two-step method for joint synchronization and localization in asynchronous networks
F Zhang, G Wang, W Wang
IEEE Wireless Communications Letters 6 (6), 830-833, 2017
Mandates: National Natural Science Foundation of China
Publication and funding information is determined automatically by a computer program