Improving the Orbits of the BDS-2 IGSO and MEO Satellites with Compensating Thermal Radiation Pressure Parameters

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Location: Deutsche Nationalbibliothek Frankfurt am Main

Extent: Online-Ressource

Language: Englisch

Bibliographic citation: In: Remote Sensing (14:3) - Basel : MDPI - Art.-Id. 641

Event: Veröffentlichung

(where): Berlin

(who): Technische Universität Berlin

(when): 2022

Creator: Wang, Chen
Guo, Jing
Zhao, Qile
Ge, Maorong

DOI: 10.14279/depositonce-15142

Handle: 11303/16366

URN: urn:nbn:de:101:1-2022021600573423651876

Rights: Der Zugriff auf das Objekt ist unbeschränkt möglich.

Last update: 15.08.2025, 7:32 AM CEST

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Associated

Wang, Chen
Guo, Jing
Zhao, Qile
Ge, Maorong
Technische Universität Berlin

Time of origin

2022

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Online estimation of inter-frequency/system phase biases in precise positioning

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An effective automatic processing engine for improving the multi-GNSS constellation precise orbit prediction

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Real-time high-rate GNSS techniques for earthquake monitoring and early warning

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Improving the Orbits of the BDS-2 IGSO and MEO Satellites with Compensating Thermal Radiation Pressure Parameters

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Other Objects (12)

Adapting empirical solar radiation pressure model for BDS-3 medium Earth orbit satellites

Adapting empirical solar radiation pressure model for BDS-3 medium Earth orbit satellites

Precise orbit determination of BDS-3 with inter-satellite links

Extending higher-order model for non-conservative perturbing forces acting on Galileo satellites during eclipse periods

Variance Reduction of Sequential Monte Carlo Approach for GNSS Phase Bias Estimation

Orbit determination for independent LEO mega-constellations

Advancing the Solar Radiation Pressure Model for BeiDou-3 IGSO Satellites

Online estimation of inter-frequency/system phase biases in precise positioning

Multi-GNSS precise position, velocity, and acceleration determination for airborne gravimetry over Antarctica

An effective automatic processing engine for improving the multi-GNSS constellation precise orbit prediction

An effective automatic processing engine for improving the multi-GNSS constellation precise orbit prediction

Real-time high-rate GNSS techniques for earthquake monitoring and early warning

Adapting empirical solar radiation pressure model for BDS-3 medium Earth orbit satellites

Adapting empirical solar radiation pressure model for BDS-3 medium Earth orbit satellites

Precise orbit determination of BDS-3 with inter-satellite links

Extending higher-order model for non-conservative perturbing forces acting on Galileo satellites during eclipse periods

Variance Reduction of Sequential Monte Carlo Approach for GNSS Phase Bias Estimation

Orbit determination for independent LEO mega-constellations

Advancing the Solar Radiation Pressure Model for BeiDou-3 IGSO Satellites

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Multi-GNSS precise position, velocity, and acceleration determination for airborne gravimetry over Antarctica

An effective automatic processing engine for improving the multi-GNSS constellation precise orbit prediction

An effective automatic processing engine for improving the multi-GNSS constellation precise orbit prediction

Real-time high-rate GNSS techniques for earthquake monitoring and early warning

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Adapting empirical solar radiation pressure model for BDS-3 medium Earth orbit satellites

Precise orbit determination of BDS-3 with inter-satellite links

Extending higher-order model for non-conservative perturbing forces acting on Galileo satellites during eclipse periods

Variance Reduction of Sequential Monte Carlo Approach for GNSS Phase Bias Estimation

Orbit determination for independent LEO mega-constellations

Advancing the Solar Radiation Pressure Model for BeiDou-3 IGSO Satellites

Online estimation of inter-frequency/system phase biases in precise positioning

Multi-GNSS precise position, velocity, and acceleration determination for airborne gravimetry over Antarctica

An effective automatic processing engine for improving the multi-GNSS constellation precise orbit prediction

An effective automatic processing engine for improving the multi-GNSS constellation precise orbit prediction

Real-time high-rate GNSS techniques for earthquake monitoring and early warning

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