A Study on a Low-Cost IMU/Doppler Integrated Velocity Estimation Method Under Insufficient GNSS Observation Conditions. [PDF]
Wang Y, Zhang H, Li K, Xu H, Chen Y.
europepmc +1 more source
Enhancing BeiDou/GNSS integrity with minmax optimization. [PDF]
Qiu J, Chen C, Lei S, Lyu Y, Xie S.
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A New Criterion Construction and Verification for GNSS Satellite Selection Based on Near-Real-Time Accuracy. [PDF]
Zuo Y, Yao Y, Hu M.
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T-RAIM for Precise Orbit Determination in LEO-PNT. [PDF]
Gioia C +4 more
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Development of an active counter unmanned aerial system with integrated autonomous mobile robot for inspection and defense. [PDF]
Li S, Fan K, Cai W, Wang L, Fan A.
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Synergistic augmentation of BDS PPP-B2b: integrating LEO constellations and wide-lane ambiguity resolution for instantaneous convergence. [PDF]
Zhao Q +6 more
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Neural Networks for Estimating Attitude, Line of Sight, and GNSS Ambiguity Through Onboard Sensor Fusion. [PDF]
de Celis R, Cadarso L.
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A TCN-BiLSTM and ANR-IEKF Hybrid Framework for Sustained Vehicle Positioning During GNSS Outages. [PDF]
Niu S +5 more
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Global Navigation Satellite Systems (GNSS): The Utmost Interdisciplinary Integrator
Currently four global satellite navigation systems are under modernization and development: The US American GPS III, the Russian GLONASS, the European Galileo and Chinese BeiDou systems. In the paper the interdisciplinary contributions of different scientific areas to GNSS are assessed. It is outlined that GNSS is not only a technical system but also a
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Concurrent validity and between-device reliability of the Catapult Vector S8 GNSS device. [PDF]
Ellens S, Moran C, Varley MC.
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