Relative Orbital Element Estimation and Observability Analysis for Formation Flying Satellites using Inter-Satellite Range Measurements Only

A Decomposition-Based Approach to Linear Time-Periodic Distributed Control of Satellite Formations

A New Approach for Enhanced Communication to LEO Satellites

Status of the fast mission: Micro-satellite formation flying for technology, science and education

Reflection seismology systems for planetary geology: A feasibility study

Dynamic communications for small satellites using disruption tolerant network concepts

Fractionated spacecraft: The new sprout in distributed space systems

A novel astronomical application for formation flying small satellites

Integrating systems and business engineering in an international context: The SpaceTech Postgraduate Program

Optimization of Low-Thrust Earth-Moon Transfers Using Evolutionary Neurocontrol

Performance comparison of microprocessors for space-based navigation applications

Towards a miniaturized photon counting laser altimeter and stereoscopic camera instrument suite for microsatellites

SCALES: A System Level Tool for Conceptual Design of Nano- and Microsatellites

Development of a System Level Tool for Conceptual Design of Small Satellites

A Case Study: Application of the Systems Engineering Modeling in the early phases of a Complex Space System Project

Advancing nano-satellite platforms: The Delfi Program

Summary of Data Analysis of the YES2 Tethered SpaceMail Experiment

Virtual space academy

Atmospheric aerosol characterization with the Dutch-Chinese fast formation flying mission

Increasing system performance and flexibility: Distributed computing and routing of data within the fast formation flying mission