Modern low-cost electronic devices can achieve high precision for global navigation satellite
systems (GNSSs) and related applications. Recently, the pseudo-range and carrier phase …

Global Navigation Satellite System (GNSS) carrier phase measurement for short baseline
meets the requirements of deformation monitoring of large structures. However, the carrier …

To investigate the static and kinematic positioning performance with the low-cost multiple
Global Navigation Satellite System (GNSS) receivers is vital for the GNSS community owing …

The Single-frequency Single-epoch double-differenced baseline resolution technique of
Global Positioning System (GPS) provides a good opportunity for monitoring the …

The Quasi-Zenith Satellite System (QZSS) service area covers the Asia-Pacific region and
there are four quasi-zenith satellites (QZS) in orbit with three QZS in operation until March …

GNSS 测向是导航领域提供航向信息的重要手段. 当前高性能GNSS 测向产品精度可达0.20
()/m, 满足多数应用领域的需求, 但其高昂的万元级成本阻碍了大众市场推广. 而低成本GNSS …

High precision drone formation flight requires real-time knowledge of the three-dimensional
position and velocity information of the carrier. The Beidou navigation system, due to its all …

Objectives: Global Navigation Satellite System (GNSS) heading determination is an
important technology in the field of navigation. At present, the accuracy of high-performance …

Real-time kinematic (RTK) technology based on the Global Navigation Satellite System
(GNSS) is a widely used high-precision positioning technology for intelligent transport …

利用全球分布的IGS 和MGEX 站多模观测数据, 研究了北斗卫星多系统融合双差动力学精密定轨
方法, 提出了适应北斗系统的双差模糊度固定策略. 结合实测数据, 对比了单系统与多系统融合 …