rootbrowseIAC-08B4session 6.A6.A. Design and Technology for Small Satellites - Part IPapers1. Optimized Three-unit CubeSat structure for Delfi-n3Xt2. SwissCube: development of an ultra-light and efficient Inertia Wheel Assembly for the attitude control of pico-satellites3. Highly efficient Cubesat platform. Project OPTOS4. Design of Tokyo Tech Nano-Satellite Cute-1.7 + APD II and its Operation5. Systemsimulation of the university microsatellite Flying Laptop and implementation of an FPGA-based On-board Computer Simulator6. SEDSAT-II: Design and Implementation of a High Resolution Imaging Payload with On-board Image Analysis7. Infocommunication technologies for small satellite UGATU-SAT8. Improvements in materials technologies for low-costs microsatellites structures: from aluminum to carbon fiber9. The Trade-Off Space of High Resolution Imagers on Small Satellites10. Creation Of Advanced Earth Observation Microsatellites 'Soyuz-Sat'11. One Metre Resolution Remote Sensing Camera For Small Satellites12. Miniature Multi-spectral Camera for TWSAT mission13. Goliat Space Mission: Earth Observation and Near Earth Environment Monitoring Using Nanosatellites