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EDITORIAL INFORMATION

This volume in two parts presents the proceedings of the 1th Annual AAS/AIAA Spaceflight Mechanics Meeting held in Sedona, Arizona, January 28 to February 1, 2007. It includes a CD-ROM.

(Extracted from the Press Release).

GENERAL TABLE OF CONTENTS

-Foreword.

-Preface.

-Contents.

-Part II.
-SESSION 13: ATTITUDE DYNAMICS AND CONTROL
-Saving Mass in Optimally Sizing a Small Satellite Energy Storage and
Attitude Control System (AAS 07-177). David J. Richie and Vaios J. Lappas.
-Spacecraft Atttude Control Using Aerodynamic Torques (AAS 07-178). M. Luke Gargasz and Nathan A. Titus.
-A Separation Property for the Rigid-Body Atti tude Control Problem
(AAS 07-179). Dongeun Seo and Maruthi R. Akella.
-Combined Singularity Avoidance for Variable Speed Control Moment
Gyroscope Clusters (AAS 07-181). David J. Richie, Vaios J. Lappas and Sajjad Asghar.
-Spacecraft Attitude Control Using Symmetric Stereographic Orientation
Parameters (AAS 07-182). Charles M. South ward II, Joshua R. Ellis and Hanspeter Schaub.
-SESSION 14: ATMOSPHERIC DENSITY MODELING
-Atmospheric Modeling Using Accelerometer Data During Mars Reconnaissance Orbiter Aerobraking Operations (AAS 07-183). R. Tolson, E. Bemis, S. Hough, K. Zaleski, G. Keating, J. Shidner, S. Brown,
A. Brickler, M. Scher and P. Thomas.
-Improving Dynamic Calibration of the Atmosphere (AAS 07-185).
Matthew P. Wilkins, Chris A. Sabol, Paul J. Cefola and Kyle T. Alfriend.
-Thermospheric Density Model Including Magnetospheric Energy Sources at Quiet Times (AAS 07-188). Kenneth Moe and Mildred M. Moe.
-Validation and Application of Corrections to the NRLMSISE-00 Atmospheric Density Model (AAS 07-189). Matthew P. Wilkins, Chris A. Sabol, Paul J. Cefola and Kyle T. Alfriend.
-SESSION 15: TETHERED SATELLITES
-A Permanent Tethered Observatory at Jupiter: Dynamical Analysis (AAS 07-190). J. Peláez and D. J. Scheeres.
-Dynamics of an Electrodynamic Tether System Including Gyrostat End
Bodies (AAS 07-191). Joshua R. Ellis and Christopher D. Hall.
-Evolutionary Computation of Tether Deployment Trajectories With
Application to YES2 (AAS 07-192). Paul Williams, Marco Stelzer, Andrew Hyslop and Michiel Kruijff.
-Hybrid Control of Orbit Normal and Along-Track 2-Craft Coulomb Tethers
(AAS 07-193). Arun Natarajan and Hanspeter Schaub.
-Libration Control of Electrodynamic Tethers Using the Extended Time-Delayed Autosynchronization Method (AAS 07-194). M. Iñarrea and J. Peláez.
-Power Generation Using Self-Balanced Electrodynamic Tethers in Debris
Mitigation Scenarios (AAS 07-196). M. Sanjurjo and J. Peláez.
-SESSION 16: SATELLITE CONSTELLATIONS AND FORMATION FLYING III
-Modified Equations of Motion Around Circular Trajectory and its Application to Formation Flying Control (AAS 07-110). Jun’ichiro Kawaguchi.
-Fuzzy Logic Control System for Reconfiguration Procedure Applied to the NASA Benchmark Tetrahedron Constellation (AAS 07-197). Pedro A. Capó-Lugo and Pe ter M. Bainum.
-GPS Hardware-in-the-Loop Spacecraft Formation Flying Simulation
(AAS 07-198). Scott A. Kowalchuk and Chris topher D. Hall.

-Optimal Design of Satellite Formation Relative Motion Orbits Using Least
Squares Methods (AAS 07-199) Hui Yan, Kyle T. Alfriend, Srinivas R. Vadali and Sengupta Prasenjit.
-Study of Lunar Constellations for Situational Awareness and Surveillance
(AAS 07-200). Devon S. Sanders and Carrie D. Olsen.
-Opti al Con iguration of a Planet-Finding Mission Consisting of a Telescope and a Constellation of Occulters (AAS 07-202). Egemen Kolemen and N. Jeremy Kasdin.
-Optimal Control of a Circular Spacecraft Formation Subject to Gravitational Perturbation (AAS 07-203). Jason L. Baldwin and Nathan A. Titus.
-SESSION 17: TRAJECTORY DESIGN AND OPTIMIZATION III
-Fine Pos tioning Techniques in Geostationary Transfers: Benefits of a Linear Approach (AAS 07-206). Sebastien Fourest.
-Indirect Optimization of Three-Dimensional Finite-Burning Interplanetary Transfers Including Spiral Dynamics (AAS 07-207). Christopher L. Ranieri and Cesar Ocampo.
-Exploration of Interval Picard Methods for Trajectory Family Propagation
(AAS 07-208). B. F. Villac and A. H. Barr.
-Multiple Leg Fuel-Optimal Trajectories for Hovering Satellites (AAS 07-209). David J. Irvin, Jr. and Richard G. Cobb.
-Optimal Rendezvous and Docking Simulator for Elliptical Orbits (AAS 07-210). Haijun Shen and Christopher D. Karlgaard.
-Survey of Global Optimization Methods for Low Thrust Multiple Asteroid Tour Missions (AAS 07-211). Kristina Alemany and Robert D. Braun.
-SESSION 18: ATTITUDE DETERMINATION AND CONTROL
-Attitude Acquisition of a Satellite With Partially Filled Liquid Tank
(AAS 07-212). Ja-young Kang.
-Averaging Quaternions (AAS 07-213). Yang Cheng, F. Landis Markley, John L. Crassidis and Yaakov Oshman.
-Issues in Robustification of Iterative Learning Control Using a Zero-Phase Filter Cut off (AAS 07-215). Richard W. Longman and Wondo Kang.
-Placing the Repetitive Controller Inside or Outside the Feedback Loop:
Simultaneously Achieving the Feedback and Repetitive Control Objectives
(AAS 07-216). Richard W. Longman, Joe W. Yeol and Yeong S. Ryu.
-Designing Optimized FIR Repetitive Controllers from Noisy Frequency
Response Data (AAS 07-217). Benjamas Panomruttanarug and Richard W. Longman.
-On the Periodic Images of Start-Up in Repetitive Control (AAS 07-218). Richard W. Longman and Jiangcheng Bao.
-SESSION 19: ORBIT DYNAMICS AND PERTURBATIONS II
-A Perturbation Theory for Hamilton’s Principal Function: Applications to the Two-Point Boundary Value Problem (AAS 07-220). Oier Peñagaricano Muñoa and Daniel J. Scheeres.
-Analytical Theory for Science Orbits Around Plane tary Satel lites (AAS 07-221). Martín Lara.
-Efficient Gravity Field Computation for Trajectory Propagation Near Small Bodies (AAS 07-223). Andrew Colombi, Anil N. Hirani and Benjamin F. Villac.
-Energy Constraints in the Restricted Full Three-Body Problem: Application to Binary System 1999 KW4 (AAS 07-224). Julie Bellerose and Daniel J. Scheeres.
-Huygens Titan Probe Tra jectory Reconstruction Using Traditional Methods and the Program to Optimize Simulated Trajectories II (AAS 07-226). Scott A. Striepe, Robert C. Blanchard, Michael F. Kirsch and Wallace T. Fowler.
-Multiple Gravity Assists in the Restricted Three-Body Problem (AAS 07-227). Shane D. Ross and Daniel J. Scheeres.
-SESSION 20: LIBRATION POINT TRAJECTORIES
-Analysis of Capture Trajectories to Libration Points (AAS 07-228). Masaki Nakamiya, Daniel J. Scheeres, Hiroshi Yamakawa and Makoto Yoshikawa.
-Direct Lunar Halo Orbit Transfers (AAS 07-229). Jeffrey S. Parker and George H. Born.
-Periodic Orbits High Above the Ecliptic Plane in the Solar Sail 3-Body
Problem (AAS 07-232). Thomas J. Wa ters and Colin R. McInnes.
-Earth-Sun Triangular Lagrange Point Orbit Insertion and Satellite Station Keeping (AAS 07-234). Julio Cesar Benavides and David B. Spencer.
-SESSION 21: SPACECRAFT GUIDANCE, NAVIGATION AND CONTROL II
-A Fuel-Free Sun-Tracking Attitude Control Strategy and the Flight Results in Hayabusa (MUSES-C) (AAS 07-176). Jun’ichiro Kawaguchi and Ken’ichi Shirakawa.
-Single-Frequency GPS Rela tive Navigation in a High Ionosphere Orbital Environment (AAS 07-235). Patrick R. Conrad and Bo J. Naasz.
-Martian Aerocapture Guidance Using Artificial Neural Network Trained by Genetic Algorithm (AAS 07-237). Philippe Cayouette, Jean-François Hamel and Charles-Antoine Brunet.
-Modeling of Dynamics and Control for Gravity Probe B (AAS 07-240). Ivanka Pelivan, Sara Smoot, Stephan Theil and Yoshimi Ohshima.
-Modified μ-Synthesis for Drag-Free Control Design (AAS 07-241). Lorenzo Pettazzi and Stephan Theil.
-SESSION 22: EARTH AND PLANETARY MISSIONS II
-A Semi-Analytic Method to Predict Orbit Maintenance Thrust Maneuvers (AAS 07-242). Christina Doolittle and Frank R. Chavez.
-Mars Reconnaissance Orbiter Aerobraking Control (AAS 07-243). C. Allen Halsell, Stuart W. Demcak, Tung-Han You, Ramachand S. Bhat, Eric J. Graat, Earl S. Higa, Dolan E. Highsmith, Stacia M. Long, Neil A. Mottinger and Moriba K. Jah.
-Mars Reconnaissance Orbiter Operational Aerobraking Phase Assessment (AAS 07-244). Jill L. Prince and Scott A. Striepe.
-Mars Reconnaissance Orbiter Orbit Determination During Aerobraking
(AAS 07-245). Stuart W. Demcak, Tung-Han You, Ramachandra S. Bhat, Eric J. Graat, C. Allen Halsell, Earl S. Higa, Dolan E. Highsmith, Stacia M. Long, Neil A. Mottinger and Moriba K. Jah.
-Mission Anal ysis of the Sample Return From Primitive Type Near Earth
Asteroid (AAS 07-246). Yasuhiro Kawakatsu, Masanao Abe and Jun’ichiro Kawaguchi.
-Mission Design Overview for the Phoenix Mars Scout Mission (AAS 07-247). Mark D. Garcia and Kenneth K. Fujii.
-A Determination of Rhea’s Gravity Field From Cassini Navigation Analysis (AAS 07-248). R. A. Mackenzie, P. G. Antreasian, J. J. Bordi, K. E. Criddle, R. Ionasescu, R. A. Jacobson, J. B. Jones, D. W. Parcher, F. J. Pelletier, D. C. Roth and J. R. Stauch.
-APPENDICES
-Publications of the American Astronautical Society.
-Advances in the Astronautical Sciences.
-Science and Technology Series.
-AAS History Series.
-INDICES
-Numerical Index.
-Author Index.