Technical Sessions - Thursday July 10, 2003

Note: Schedule subject to change without any notification.

7:00 - 8:00	Continental Breakfast (Fountain III & IV)
	Misson Operations II Session Chair: Paolo Malderi (Fountain I)		Cost Saving Processes II - Multimission and Component Systems Session Chair: Jay Heberle (Fountain II)
8:25 - 8:50	M2-1	103-A0083 Reducing Mission Costs Through Effective Lifecycle Management of Operations Knowledge David Quigley , Rhea System SA	C3-1	103-A0023 Reduce Costs With Multimission Sequencing And A Multimission Operations System David Bliss, Jet Propulsion Laboratory
8:50 - 9:15	M2-2	103-A0021 Standardised Mission Operations Methodologies David Andrews, ESA European Space Operations Center	C3-2	103-A0068 SPICE: A Real Example of Data System Re-Use to Reduce the Costs of Ground Data Systems Development and Mission Operations Charles Acton Jr., Jet Propulsion Laboratory
9:15 - 9:40	M2-3	103-A0028 Performance, Cost & Reliability Benefits for Telemetry Processing Applications Chandru Mirchandani, NASA/GSFC Lockheed-Martin	C3-3	103-A0074 Component Architecture - The Software Architecture for Mission Requirements Thomas Huang, Jet Propulsion Laboratory
9:40 - 10:05	M2-4	103-A0065 Cost Reduction in Development of ADEOS-II Mission Operation System Satoko Miura, NASDA
10:05 - 10:20	Break
	Misson Operations III Session Chair: Paolo Malderi (Fountain I)		Data Processing & Archiving Session Chair: Paolo Strada (Fountain II)
10:20 - 10:45	M3-2	103-A0037 CANDOS IP Mission Support Demonstrations David Israel, NASA Goddard Space Flight Center	D-2	103-A0016 Development of ROCSAT-2 Image Processing System Frank Wu, National Space Program Office
10:45 - 11:10	M3-4	103-A0010 A Combined Spacecraft Checkout and Control System for Small and large Missions Roger Patrick, Terma	D-3	103-A0035 A Distributed Data Architecture for Mars Odyssey Data Distribution Daniel Crichton, Jet Propulsion Laboratory
11:10 - 11:35	M3-5	103-A0034 Multi-Mission Ground Data Systems - Breakthroughs and Challenges Michael Tankenson, Jet Propulsion Laboratory	D-4	103-A0017 An Operational Multi-Sensor Geocoded Production System for Earth Resources Satellite Images Jiann-Yeou Rau, National Central University, Taiwan
11:35 - 12:00
12:00 - 1:00	Lunch (Plaza Room & Courtyard)
	Mission Planning Session Chair: Les Deutsch (Fountain I)		Telemetry, Tracking & Control Systems Session Chair: Chris Deboy (Fountain II)
1:00 - 1:25	P-1	103-A0041 Planning how to cut the cost of Mission Planning Marc Niezette, Anite Systems GmbH	T-1	103-A0067 Tone-Based Commanding of Deep Space Probes using Small Aperture Ground Antennas Robert S. Bokulic, JHU Applied Physics Lab
1:25 - 1:50	P-2	103-A0057 Cost Reductions From Multi-Mission Sequencing Software Laura Needels, Jet Propulsion Laboratory	T-2	103-A0078 Performance Analysis and Comparison of Clustered and Linearly Dispersed Optical Deep Space Networks Farid Amoozegar, Jet Propulsion Laboratory
1:50 - 2:15	P-3	103-A0063 Create Your Own Science Planning Tool in 3 Days with SOA Carol Polanskey, Jet Propulsion Laboratory	T-3	103-A0015 Low Cost Microwave Ground Terminals for Space Communications Sander Weinreb, Jet Propulsion Laboratory
2:15 - 2:40	P-4	103-A0086 Development Roadmap of an Evolvable and Extensible Multi-mission Telecom Planning and Analysis Framework Kar-Ming Cheung, Jet Propulsion Laboratory	T-4	103-A0005 Transponder REConfiguration System (TRECS) Dilene Cruickshank, Integral Systems Inc.
2:40 - 3:05	P-5	103-A0007 The TIMED Telemetry Definition System William Knopf, JHU Applied Physics Lab	T-5	103-A0089 Ground Station Virtualization James Cutler, Stanford University
3:05 - 3:20	Break
	Mission Control Centers Session Chair: Les Deutsch (Fountain I)		Autonomous Operations I Session Chair: Jay Heberle (Fountain II)
3:20 - 3:45	K-1	103-A0008 Automation Lessons Learned at NASA/Goddard Space Flight Center Evan Eller, Honeywell Technology Solutions, Inc	A1-3	103-A0079 Automating Planetary Mission Operations Eric M. De Jong, Jet Propulsion Laboratory
3:45 - 4:10	K-3	103-A0058 Cost Reduction Through the use of Web Based Applications in the Mission Operations Center Michael Packard, JHU Applied Physics Lab	Small Satellite Support Session Chair: Jay Heberle S-1 103-A0046 CNES PROTEUS/MYRIADE : two low cost small satellite families. Presentation of the ground segment and the operations Paul Gèlie, CNES
4:10 - 5:25	Poster Presentations (Fountain III & IV)
	X-2	103-A0011 Enhancing DSN Operations Efficiency with the Discrepancy Reporting Management System Tonja Cooper, Jet Propulsion Laboratory	X-3	103-A0018 DSMS Auditbase Gary Ramah, Jet Propulsion Laboratory
	X-4	103-A0026 Cost Effective Ground Architecture: A Layered Approach To Automated Mission Operations Roger Thompson, SciSys	X-5	103-A0027 International Standards for Spacecraft Ground Systems and Operations James French, Technical & Marketing Consultants
	X-7	103-A0038 Overview of the distributed system architecture for the SOFIA Data Archive System John Milburn, UCLA -- SOFIA	X-8	103-A0042 Mission Database and Ground System Design for High Scalability and Longevity Curtis Fatig, NASA/GSFC
	X-9	103-A0047 Science Planning Tool Box (SciBox) Teck H. Choo, JHUAPL	X-10	103-A0048 An Extensible Java User Interface Framework for Controlling Distributed Systems Glenn Eychaner, Jet Propulsion Laboratory
	X-11	103-A0054 Reusable Software Services for Science Data Systems Sean Hardman, Jet Propulsion Laboratory	X-12	103-A0064 Multiple Views of Ground Data System (Based on Mars Reconnaissance Orbiter GDS) Magdi Carlton, Jet Propulsion Laboratory
	X-13	103-A0070 Managing Configuration of Ground Software Applications With Glueware Barbara Larsen, Jet Propulsion Laboratory	X-15	103-A0084 Raising the Quality while Reducing the Costs: The Mission Operations Information Support Toolset David Quigley, Rhea System SA
	X-16	103-A0090 The Mercury Ground Station Network James Cutler, Stanford University	X-18	103-A0095 Cost Saving Aspects of Spacecraft Ground Systems Szabolcs Degyurky, Jet Propulsion Laboratory
6:30 - 10:00	Symposium Banquet Keynote Speaker: Peter Theisinger, Jet Propulsion Laboratory Mars Exploration Rover (MER) Project Manager (Fountain 1 & II)