<caption>Guidance, Navigation, and Control</caption><descr>The emphasis of this theme is on the studies and application related to the guidance, navigation and control of earth-orbiting and interplanetary spacecraft and rockets, including rendezvous and docking.</descr><Date>2010-09-29 15:15</Date><Room>North Hall</Room></row> </resultset> <resultset> <row><hello>Dr.</hello><first>Brij</first><last>Agrawal</last><email>agrawal@nps.edu</email><company>Naval Postgraduate School</company><country>United States</country><func>ipc.chairman</func><function>Chair</function></row> <row><hello>Dr.</hello><first>Alfred</first><last>Ng</last><email>alfred.ng@asc-csa.gc.ca</email><company>Canadian Space Agency</company><country>Canada</country><func>ipc.chairman</func><function>Chair</function></row> <row><hello>Dr.</hello><first>Fuyuto</first><last>Terui</last><email>terui.fuyuto@jaxa.jp</email><company>Japan Aerospace Exploration Agency (JAXA)</company><country>Japan</country><func>ipc.rapporteur</func><function>Rapporteur</function></row> </resultset> <resultset> <row><id>6565</id><sequence>1</sequence><revise>withdrawn</revise><Mode/><title>On the Calculus of Variations in the Optimal Spacecraft Formation Flying Path Planning

1002congressIAC-10../../IAC-1061st International Astronautical Congress 1224symposiumIAC-10/C1../C1ASTRODYNAMICS SYMPOSIUM 1227sessionIAC-10/C1/55Guidance, Navigation, and Control 1227sessionIAC-10/C1/55<caption>Guidance, Navigation, and Control</caption><descr>The emphasis of this theme is on the studies and application related to the guidance, navigation and control of earth-orbiting and interplanetary spacecraft and rockets, including rendezvous and docking.</descr><Date>2010-09-29 15:15</Date><Room>North Hall</Room></row> </resultset> <resultset> <row><hello>Dr.</hello><first>Brij</first><last>Agrawal</last><email>agrawal@nps.edu</email><company>Naval Postgraduate School</company><country>United States</country><func>ipc.chairman</func><function>Chair</function></row> <row><hello>Dr.</hello><first>Alfred</first><last>Ng</last><email>alfred.ng@asc-csa.gc.ca</email><company>Canadian Space Agency</company><country>Canada</country><func>ipc.chairman</func><function>Chair</function></row> <row><hello>Dr.</hello><first>Fuyuto</first><last>Terui</last><email>terui.fuyuto@jaxa.jp</email><company>Japan Aerospace Exploration Agency (JAXA)</company><country>Japan</country><func>ipc.rapporteur</func><function>Rapporteur</function></row> </resultset> <resultset> <row><id>6565</id><sequence>1</sequence><revise>withdrawn</revise><Mode/><title>On the Calculus of Variations in the Optimal Spacecraft Formation Flying Path Planningandrea.lafflittoMr. Andrea L'AfflittoVirginia TechUnited States 75172confirmedAttitude Manoeuvring Under Dynamic Path and Time Constraints for Improved GPS Coverage of Formation-Flying NanosatellitesbryanjlMr. Bryan Johnston-LemkeSpace Flight Laboratory, University of TorontoCanada 87363confirmedImage based navigation and guidance for approach and touchdown phase to an asteroid utilizing captured images at the rehearsal operationteruiDr. Fuyuto TeruiJapan Aerospace Exploration Agency (JAXA)Japan 81064confirmedFormation acquisition and control strategies for formations in highly elliptic orbitstpetersMr. Thomas Vincent PetersGMV Aerospace & Defence SAUSpain 69445confirmedGuidance and Control Strategies for a Spacecraft to Rendezvous with a Non-cooperative SpacecraftkomanduriMr. Ananth S. KomanduriZARM - University of BremenGermany 71156confirmedDevelopment of Sliding Mode Controller for Small Satellite in Planetary Orbital Environment Formation Flying Missionssaptarshi.bandyopadhyay@gmail.comMr. Saptarshi BandyopadhyayIndian Institute of TechnologyIndia 62537confirmedA new method of navigation and guidance using double line-of-sight measurements for autonomous rendezvousAstroChetDr. Chen TongBUAAChina 77248confirmedApproach for Optimal Multi-Rendezvous Trajectory Design for Active Debris RemovaljunkokekokkoMs. junko murakamiKyushu UniversityJapan 73769confirmedformation flight line of sight guidanceaerglmn@aerodyne.technion.ac.ilProf. Mauricio Moshe GuelmanAsher Space Research Institute, Technion, I.I.T.Israel 818210withdrawnCNES formation flying experiment on PRISMA: spacecraft reconfiguration and rendezvous within FFIORD missionbergesjcMr. Jean-Claude BergesCentre National d'Etudes Spatiales (CNES)France 818011confirmedFlight Results from SSC’s GNC Experiments within the PRISMA Formation Flying Missionrobin.larsson@ssc.seMr. Robin LarssonOHB SwedenSweden 801612confirmedFLIGHT RESULTS FROM THE AUTONOMOUS NAVIGATION AND CONTROL OF FORMATION FLYING SPACECRAFT ON THE PRISMA MISSIONdeflorioMr. Sergio De FlorioUniversity of Glasgow, Space Advanced Research TeamGermany