Radio Frequency-Based Relative Navigation

Space-based distributed computing using a networked constellation of small satellites

Formation for Atmospheric Science and Technology Demonstration

Potentials and Limitations of CDMA Networks for Combined Inter-satellite Communication and Relative Navigation

Characterizing network architecture for inter-satellite communication and relative navigation in precise formation flying

Relative spacecraft dynamics - implications for formation flying mission and small spacecraft design

Fast-D: A capable and reliable micro-satellite based on microsystem technology

Relative orbital element estimation and observability analysis for formation flying satellites using inter-satellite range measurements only

Applications of a Networked Array of small Satellites for Planetery Observatio

Enabling inter-satellite communication and ranging for small satellites

Conceptual design of the FAST-D formation flying spacecraft

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

Mission design of the Dutch-Chinese FAST micro-satellite mission

Relative stat estimation and observability for formation flying satellites in the presence of sensor noise

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

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

Towards a Miniaturized Photon Counting Laser Altimeter and Stereoscopic Camera Instrument Suite for Microsatellites

Conceptual Design of the FAST-D Formation Flying Spacecraft

Fractionated spacecraft: The new sprout in distributed space systems

Developmentof an Inflatable De-Orbit Device for Pico-Satellites and Application Scenarios