2023/01/05 · The main objective of this work is the design of optimized configurations of satellites in low Earth orbiting constellations to maximize the ...
Spatial and Temporal Sampling Properties of a Large GNSS-R ...
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The key innovations developed are a new cost function which measures the temporal sampling properties of a satellite constellation, and the use of it together ...
The main objective of this work is the design of optimized configurations of satellites in low Earth orbiting constellations to maximize the spatial and ...
Using large constellations of smallsats, mission designers can improve sampling density and coverage. We develop performance metrics that characterize key ...
Spatial and Temporal Sampling Properties of a Large GNSS-R Satellite Constellation. Remote Sens. 2023, 15, 333. https://doi.org/10.3390/rs15020333. AMA Style.
Constellations of GNSS-R satellites improve the coverage of regions of interest by repeating measurements in a shorter period of time than with a single ...
2023/03/01 · This study proposes a multi-objective LEO constellation design method with a genetic algorithm (GA) and presents a framework for designing two GNSS-R LEO ...
The spatial and temporal resolutions of GNSS-R ocean remote sensing satellite constellation which was composed of four and six satellites have been figured out.
Abstract—Constellations of GNSS-R satellites improve the coverage of regions of interest by repeating measurements in a shorter period of time than with a ...
Spatial and Temporal Sampling Properties of a Large GNSS-R Satellite Constellation. Reprinted from: Remote Sens. 2023, 15,333,doi:10.3390/rs15020333 ...