Preface. Session 1: Mission Operations (MO). The History and Continuing Quest to Reduce the Costs of Spacecraft Ground Stations and Operations; R. Holdaway. Deep space network revitalization-operations for the 21st century; J.I. Statmen. SLE-Services, a Step to Standardisation in Cross Support? M. Pilgram. ROCSAT Multi-Mission Operations Center; C.T. Yang, et al. Minimum Fuel Station Keeping Manoeuvre Strategy for TURKSAT Geostationary Satellites; O. Tekinalp, et al. Session 2: Telemetry Tracking and Command (TTC). Low-cost ground station of KitSAT-3; S.D. Choi, et al. A Generic Method for Transferring Telemetry and Telecommand Data with Various Service Requirements; T. Yamada. The Operation of CK01 GPS Tracking Station; C.S. Ho, et al. Implementation of NSPO Remote Sensing Data Acquisition System; F. Wu, R. Kao. Satellite Ground System Procurement without Software Development; P. Gaffney. Session 3: Autonomous Operations (AO). Autonomous Command Operations of the WIRE Spacecraft; K.D. Walyus, et al. Ground Station Autonomous Operations; P.A. Vaughan, C.H. Perry. Autonomous Procedure Execution: A Means of Reducing Rosetta Operations Cost; M. Warhout, et al. The Spacecraft Emergency Response System (SERS) For Autonomous Mission Operations; J. Breed, et al. The Architecture of Distributed Fusion System for Earth Observation; A.M.D. Shr, A Liu. ROCSAT-1 Science Data Archive and Distribution System; M. Pong, et al. Session 4: Mission Planning (MP). Cost Reduction of Satellite Systems: Lesson Learned from ROCSAT Programs; J.M. Shyu. ROCSAT-1 Mission Planning and Scheduling System; S.H. Huang, C. Csoong. NSPO Multi-Satellites Flight Dynamics Facility For ROCSAT Spacecraft Program; W.T. Shiau, et al. Separated Spacecraft Interferometry &endash; System Architecture Design and Optimization; D.W. Miller, C.D. Jilla. Flying Cassini With Virtual Operations Teams; S.R. Dodd, R. Gustavson. Session 5: Small and Mini Satellites Support (SM). Microsatellites and Minisatellites for Low Cost Missions; M. Sweeting. A Low-Cost Ground Station for the Small Satellite BIRD; H. Kayal. A Preliminary Study on Aeroassisted Reentry of an LEO Microsatellite; J. Shing, D.L. Shu. On-board Restart Program with MS-DOS Function Calls for Small Satellites; I. Nakajim, et al. Session 6: Small and Mini Satellites Support (SM). Design and Analysis of Low Orbiting Fourier Transform Spectrometer Sensorcraft; J.N. Juang. Micro Star Tracker and Attitude Determination System; T.C. Pollock, et al. To Reduce the Size of Satellites; J.N. Juang, et al. The Ground System and the Mission Support For ROCSAT Space Program; J.J. Lee. Design Concept for a Miniaturized, High-Resolution Fourier Transform Spectrometer; D.E. Hinton, M.C. Abrams. Session 7: Data Processing (DP). Development of ROCSAT-1 PROGRAM; F.H. Chu. Low-Cost, High-Rate Data Processing; C. Mirchandani, D. Nguyen. Hubble Space Telescope Servicing Mission Data Base Supports; C.S. Hsieh. Low Cost Archives; P. Vaughan, C.H. Perry. Using Data Archive Standards for Cost Reduction; D. Giaretta, et al. Space Technology Education and Training Through a Low Cost Amateur Satellite Ground Station Development; F.B. Hsiao, et al. Session 8: Mission Control Centers (MCC). Introduction to the ROCSAT-2 Program; H.C. Wang. Monitoring and diagnostic Expert System for Mars probe `NOZOMI';
