11 citations · 12 across the 5 of their papers we have counts for
5 papers
Numerical model of Phobos' motion incorporating the effects of free rotation
Yongzhang Yang, Jianguo Yan, Nianchuan Jian +2
High-precision ephemerides are not only useful in supporting space missions, but also in investigating the physical nature of celestial bodies. This paper reports an update to the…
Lithospheric loading model for large impact basin where mantle plug presents
Qingyun Deng, Zhen Zhong, Mao Ye +6
Lithosphere is an outer rigid part of the terrestrial body, usually consisting of the crust and part of the mantle. Characterizing the physical properties of the lithosphere is cri…
A Possible Artificial Intelligence Ecosystem Avatar: the Moorea case (IDEA)
Jean-Pierre Barriot, Neil Davies, Benoît Stoll +2
High-throughput data collection techniques and largescale (cloud) computing are transforming our understanding of ecosystems at all scales by allowing the integration of multimodal…
Estimating the 3D Time Variable Water Vapor Contents of the Troposphere from a Single GNSS Receiver
Jean-Pierre Barriot, Jonathan Serafini, Lydie Sichoix
We describe here a new algorithm to model the water contents of the atmosphere from GNSS slant wet delays relative to a single receiver. We first make the assumption that the water…
(SC)RMI: A (S)emi-(C)lassical (R)elativistic (M)otion (I)integrator, to model the orbits of space probes around the Earth and other planets
S. Pireaux, J-P. Barriot, P. Rosenblatt
Today, the motion of spacecrafts is still described according to the classical Newtonian equations plus the so-called "relativistic corrections", computed with the required precisi…