James L. Carr (Carr Astronautics)

Measuring Image Navigation and Registration Performance at the 3-Sigma Level Using Platinum Quality Landmarks

Pier Luigi Righetti (EUMETSAT)

Flight Dynamics Performances of the MetOp A Satellite During the First Months of Operations

Roberto Alonso (Comisión Nacional de Actividades Espaciales (CoNAE))

Visual Navigation - SARE Mission

Session 3 - Mars Missions

Monday, Sept. 24, 1:30 PM – 3:10 PM

Francisco M. Martínez Fadrique (GMV)

GRAS NRT Precise Orbit Determination: Operational Experience

Kyle T. Alfriend (Texas A&M University)

Orbit Determination of LEO Satellites For A Single Pass Through a Radar: Comparison of Methods

Yossi Elisha (Israel Aerospace Industries)

Orbit Determination System for Low Earth Orbit Satellites

Ryo Nakamura (JAXA)

Precise Orbit Determination For ALOS

Philippe Cayeux (Astrium Satellites)

Anti-Collision Design And Performance Of The FFIORD Formation Flying Experiment On-Board Prisma Mission

Jean-Claude Berges (CNES)

CNES Approaching Guidance Experiment Within FFIORD Onboard PRISMA Mission

Michael Volle (a.i. solutions)

Maneuver Recovery Analysis for the Magnetospheric Multiscale Mission

Philippe Gamet (CNES)

SIMBOL-X: A Formation Flying Mission on HEO for Exploring the Universe

Jean-Sébastien Ardaens (DLR/GSOC)

Spaceborne Autonomous and Ground Based Relative Orbit Control for the TerraSAR-X/TanDEM-X Formation

Ralph Kahle (DLR/GSOC)

First In-orbit Experience of TerraSAR-X Flight Dynamics Operations

Scott Heatwole (NASA/WFF)

FUSE Mission Planning Using the Strategic Objective Valuation and Attainability Algorithm

Richard R. Harman (NASA/GSFC)

Space Technology (ST)-5 Post-Launch Ground Attitude Estimation Experience

John Van Eepoel (NASA/GSFC)

Standardizing Navigation Data: A Status Update

Toshinori Ikenaga (JAXA)

A Study into the Method of Precise Orbit Determination of a HEO Orbiter by GPS and Accelerometer

Roberto Lopes (INPE)

Autonomous Fault Detection On A Low Cost GPS-Aided Attitude Determination System

Tom Van Helleputte (Delft University of Technology)

GPS-Based Reduced Dynamic Orbit Determination Using Accelerometer Data

Oliver Montenbruck (DLR/GSOC)

GPS-Based Precision Baseline Reconstruction for the TanDEM-X SAR-Formation

Shane Ross (Virginia Polytechnic Institute)

Fuel-Optimal Trajectories in a Planet-Moon Environment Using Multiple Gravity Assists

Ruediger Cramm (ESOC)

Gaining Confidence in Navigating Rosetta at Mars Swing-By

Greg Marr (NASA/GSFC)

Mission Design for NASA's Inner Heliospheric Sentinels and ESA's Solar Orbiter Missions

Frank Budnik (ESA)

Rosetta Navigation at its Mars Swing-By

Luciano Iess (Universita’ La Sapienza)

The Determination of Titan's Gravity Field from Doppler Tracking of the Cassini Spacecraft

Jun'ichiro Kawaguchi (JAXA)

Attitude Control Flight Experience: Coping with Solar Radiation and Ion Engines Leak Thrust in Hayabusa (MUSES-C)

Jesus Gil Fernandez (GMV Aerospace and Defence)

Autonomous GNC Algorithms for NEO Impactor Missions

Joachim Keil (ESOC)

Contingency Operations During Failure of Inertial Attitude Acquisition Due to Star Tracker Blinding for Three-Axes-Stabilized Interplanetary Spacecraft

Mathias Lauer (ESOC)

Operational Experience with Autonomous Star Trackers on ESA Interplanetary Spacecraft

Joseph Hashmall (a.i. solutions)

Solar Dynamics Observatory High Gain Antenna Handover Planning

Kenneth Schatten (a.i. solutions)

Solar Cycle #24 and The Solar Dynamo

Laurent Peret (ATOS ORIGIN/CNES)

Detection of Orbital Debris Collision Risks for the Automated Transfer Vehicle

Trevor Morley (ESA)

Effects on Spacecraft Radiometric Data at Superior Solar Conjunction

Luciano Anselmo (ISTI/CNR)

Evolution of the Debris Cloud Generated by the Fengyun-1C Fragmentation Event

Dirk Kuijper (ESOC)

Analysis of Envisat Orbit Maintenance Strategies to Improve/Increase Envisat ASAR Interferometry Opportunities

David P. McKinley (a.i. solutions)

Long Term Mean Local Time of the Ascending Node Prediction

Sara Scarritt (Washington University in St. Louis)

Proximity Navigation of Highly Constrained Spacecraft

Emanuele Di Sotto (DEIMOS ENGENHARIA)

Guidance Algorithms for Non-Drifting Trajectory Generation and Control in RendezVous Missions into Elliptical Orbits

Dan O’Shaughnessy (JHU/APL)

Attitude Sensor and Gyro Calibration for Messenger

Mark E. Pittelkau (Aerospace Control Systems Engineering and Research)

Autonomous On-Board Calibration of Attitude Sensors and Gyros

Michael E. Lisano (JPL)

Comparing Consider-Covariance Analysis with Sigma-Point Consider Filter and Extended Sequential Filter Formulations

Dan O'Shaughnessy (JHU/APL)

Impacts Of Center Of Mass Shifts On Messenger Spacecraft Operations

Alain Lamy (CNES)

Four-Formation In-Track Configuration Maintenance Strategy

Stefania Cornara (DEIMOS Space)

Design and Analysis of a Formation Flying System for the Cross-Scale Mission Concept

Yuichi Tsuda (JAXA)

Formation Design Strategy for SCOPE High-Elliptic Formation Flying Mission

Christophe P. Mandy (Massachusetts Institute of Technology)

Implementation of Satellite Formation Flight Algorithms Using SPHERES Aboard the International Space Station

Jordi Fontdecaba i Baig (Observatoire de la Côte d’Azur)

Topology Of Relative Motion For Circular And Eccentric Reference Orbit

Neerav Shah (NASA/GSFC)

A Multibody Slosh Analysis for the Lunar Reconnaissance Orbiter

Maria Cecília Zanardi (UNESP – São Paulo State University)

Analytical Approach Validation For The Spin-Stabilized Satellite Attitude

Takashi Hiramatsu (University of Florida)

Game Theoretic Approach to Post-Docked Satellite Control

Martin Lara (Real Observatorio De La Armada)

Hill Problem Analytical Theory to the Order Four: Application to Science Orbits Around Planetary Satellites

Paul J. Cefola (Massachusetts Institute of Technology)

Semianalytical Propagation of Satellite Orbits About An Arbitrary Central Body

Kuo-Chia (Alice) Liu (NASA/GSFC)

Jitter Test Program and On-Orbit Mitigation Strategies for Solar Dynamic Observatory

Kristin L. Bourkland (NASA/GSFC)

A Jitter-Mitigating High Gain Antenna Pointing Algorithm for the Solar Dynamics Observatory

Takanori Iwata (JAXA)

Modeling and Flight Data Analysis of Spacecraft Dynamics with a Large Solar Array Paddle

Nazareth Bedrossian (The Charles Stark Draper Laboratory)

Zero Propellant Maneuver Flight Results For 180 Degree ISS Rotation

Georges Aoude (Massachusetts Institute of Technology)

Two-Stage Path Planning Approach for Designing Multiple Spacecraft Reconfiguration Maneuvers

Detlef Sieg (EDS Operations Services GmbH)

Analysis Method for Non-Nominal First Acquisition

Rainer Bauske (TERMA/ESOC)

A Contingency in the Rosetta Reaction Control System: Alternative Cruise Trajectory Strategies to Cope with Degraded Delta-V Resources

Juan L. Cano (DEIMOS Space)

Mission Analysis for the Don Quijote Phase A Study

Manuel Carranza (GMV/ESA/ESOC)

Optimisation of the Future Routine Orbit for Mars Express

Douglas T. Ward (a.i. solutions)

Tracking And Data Relay Satellite (TDRS) Orbit Estimation Using An Extended Kalman Filter

Andy Dykes (a.i. solutions)

Contingency Support Simulation for the Tracking and Data Relay Satellite System (TDRSS)

Siegmar Pallaschke (ESA)

Cluster: Mission Overview and End-of-Life Analysis

Nikolai M. Ivanov (Mission Control Center)

Coronas-F Orbit Monitoring And Re-Entry Prediction

Rodrigo Haya Ramos (DEIMOS Space)

Flight Mechanics of the Entry, Descent and Landing of the Exomars Mission

Nicolas Faber (SES Astra/University of Strasbourg)

A General Approach To The Geostationary Transfer Orbit Mission Recovery

Antonio Pérez-Cambriles (GMV Aerospace and Defence)

GALILEO Station Keeping Strategy

Rivers Lamb (NASA/GSFC)

Stationkeeping for the Lunar Reconnaissance Orbiter (LRO)

Klaus Merz (ESOC)

The METOP-A Orbit Acquisition Strategy and its LEOP

David Folta (NASA/GSFC)

Establishing a Near Term Lunar Farside Gravity Model Via Inexpensive Add-on Navigation Payload

Yusuke Shibasaki (University of Tokyo)

Optimization of Return Trajectories for Orbital Transfer Vehicle Between Earth and Moon

Yasuhiro Kawakatsu (JAXA)

SELENE Translunar Trajectory Reconfiguration Plan Provided for the Case of Main Engine Anomaly

Ralf Rigger (GMV/EDS/ESOC)

Smart-1 Moon Impact Operations

Steve Cooley (NASA/GSFC)

Trajectory Design and Orbit Determination for the Lunar CRater Observation and Sensing Satellite (LCROSS)

Masaki Nakamiya (Graduate University for Advanced Studies)

Analysis of Capture Trajectories to the Vicinity of Libration Points

Michihiro Matsumoto (JAXA)

Deep Space Transportation System Using the Sun-Earth L2 Point

Matthew S. Bitzer (Virginia Polytechnic Institute)

Optimal Electrodynamic Tether Phasing Maneuvers

Xiyun Hou (Nanjing University)

Transfer to the Collinear Libration Point L3 in the Sun-Earth+Moon System

Patrick Morinelli (HTSI)

Orbit Determination and Navigation of the Time History of Events and Macroscale Interactions During Substorms (THEMIS)

Karlheinz Spindler (Fachhochschule Wiesbaden)

Estimation of Cometary Rotation Parameters Based on Camera Images

Daniel J. Scheeres (University of Michigan)

Orbit Mechanics About Small Asteroids

David W. Dunham (JHU/APL)

STEREO Mission Design

Jose J. Guzman (JHU/APL)

STEREO Mission Design Implementation

Michael Mesarch (NASA/GSFC)

Orbit Determination and Navigation of the Solar Terrestrial Relations Observatory (STEREO)

Hui-Ling (Vicky) Lu (Optimal Synthesis Inc.)

Control of Formation-Flying Multi-Element Space Interferometers with Direct Interferometer-Output Feedback

Matthew Jeffrey (Massachusetts Institute of Technology)

Multi-Objective Online Initialization of Spacecraft Formations

Jason W. Mitchell (Emergent Space Technologies)

Expanding Hardware-in-the-Loop Formation Navigation and Control with Radio Frequency Crosslink Ranging

Jun'ichiro Kawaguchi (JAXA)

Time-Varying Expression of the Formation Flying along Circular Trajectories

Mark Poole (Boeing Satellite Development Center)

Boeing Low-Thrust Geosynchronous Transfer Mission Experience

Nathan Harl (University of Missouri-Rolla)

Low-Thrust Control of a Lunar Mapping Orbit

Sandro da Silva Fernandes (Instituto Tecnológico de Aeronáutica)

Optimal Low-Thrust Limited-Power Transfers Between Arbitrary Elliptic Coplanar Orbits