Small satellite systems enable a whole new class of missions for navigation,
communications, remote sensing, and scientific research for both civilian and military …

This study explored three techniques for estimating the soil salt content from Landsat data.
First, the 127 items of in situ measured hyperspectral reflectance data were collected and …

Present design processes for satellite networks mainly involve interconnected system
models and their parameter-based simulations without emphasizing high level requirements …

In this paper, we design a novel architecture of distributed satellite cluster network (DSCN).
In order to achieve a good trade-off between the energy consumption and the total capacity …

This paper presents closed-form solutions for the problem of long-term satellite relative
motion in the presence of J_2 J 2 perturbations, and introduces a design methodology for …

Autonomous cluster operation such as cluster reconfiguration is one of the enabling
technologies for fractionated spacecraft. By virtue of the multi-agent system theory, this …

Motivated by the versatility of fractionated spacecraft, we introduce a conceptual proposal for
space debris removal. In the approach guidance, the fractionated spacecraft is separated …

Le domaine de l'observation de l'Espace s' intéresse de près aux signaux très basse
fréquence, car ils fournissent d'importantes informations quant à la naissance et aux …

This research describes the development and application of the Disaggregated Integral
Systems Concept Optimization Technology (DISCO-Tech) methodology. DISCO-Tech is a …

A distributed satellite network (DSN) is a cluster of independent satellite that networking
wirelessly to response user demands. This new paradigm of space system poses several …