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1995 | ||
Tuesday, September 19th | ||
11:00 AM |
ASTRID: An Attempt to Make the Microsatellite a Useful Tool for Space Science Sven Grahn, Swedish Space Corporation 11:00 AM |
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11:15 AM |
GFZ-1: A Geodetic Microsatellite Launched from Space Station MIR W. Schulte, Kayser-Threde GmbH 11:15 AM |
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11:30 AM |
The Space Technology Research Vehicles STRV-1A and -1B: One Year in GTO N.S. Wells, Defence Research Agency 11:30 AM |
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11:45 AM |
David Edwards, The Aerospace Corporation 11:45 AM |
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12:00 PM |
China's "Shijian(Practice)-4" Satellite Yilin Zhu, Chinese Academy of Space Technology 12:00 PM |
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12:15 PM |
Jeffrey Ward, Surrey Satellite Technology Limited 12:15 PM |
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1:45 PM |
UARS and TOMS-EP Project Operations Control Centers Collocated and Reengineered E.J. Macie, National Aeronautics and Space Administration (NASA) 1:45 PM |
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1:59 PM |
"Faster, Better, Cheaper" Mission Operations - Employing a Reusable Object Methodology Donald Hei, National Aeronautics and Space Administration (NASA) 1:59 PM |
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2:14 PM |
The Open Architecture Approach to Mission Operations: DMOC to MPOC - A Success Story Patricia Klein, Naval Research Laboratory 2:14 PM |
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2:29 PM |
The Engineering of Cost Efficient Operations G.E. Cameron, The Johns Hopkins University Applied Physics Laboratory 2:29 PM |
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2:44 PM |
Steps Toward New Millennium: A Unified Approach to Three Satellite Projects Nick Groleau, Recom Technologies/NASA Ames Research Center 2:44 PM |
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3:30 PM |
Deep Space Network Support of Small Missions G.K. Noreen, Jet Propulsion Laboratory 3:30 PM |
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3:45 PM |
Pulsed Plasma Thruster Technology for Small Satellite Missions Roger Myers, Nyma, Inc. 3:45 PM |
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4:00 PM |
Col. Henry Pugh, US Air Force Phillips Laboratory 4:00 PM |
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4:15 PM |
Gary Sneiderman, NASA 4:15 PM |
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4:30 PM |
Abstract for Low Cost/High Reliability Rotary Actuator for Space Satellites Dave Koehler, Honeywell Inc. 4:30 PM |
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4:45 PM |
Microelectromechanical Systems (MEMS) Technology Integration into Microspacecraft Lilac Muller, Jet Propulsion Laboratory 4:45 PM |
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Wednesday, September 20th | ||
8:30 AM |
On the Practicality of a Family of Pop-Up Parabolic Reflectors G. Greschik, University of Colorado 8:30 AM |
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8:45 AM |
Whale Ecology Observation Satellite Tomonao HAYASID, Chiba Institute of Technology 8:45 AM |
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9:00 AM |
Mars Relay Spacecraft Low-cost Approach T. Svitek, Space Exploration Engineering, Inc. 9:00 AM |
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9:15 AM |
The Student Nitric Oxide Explorer S.C. Solomon, The University of Colorado at Boulder 9:15 AM |
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9:30 AM |
The Design and Management of a Low Cost Scientific STEDI Mission D.J. Forrest, University of New Hampshire 9:30 AM |
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9:45 AM |
Innovative Spacecraft Architecture Study H.W. Swenson, The Aerospace Corporation 9:45 AM |
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10:30 AM |
Mission Overview of Engineering Test Satellite, KITSAT-3 Sungheon Kim, Satellite Technology Research Center 10:30 AM |
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10:45 AM |
A System Architecture to Advance Small Satellite Mission Operations Autonomy Sam Siewert, University of Colorado at Boulder 10:45 AM |
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10:59 AM |
Ionospheric Plasma Technology: ASUSat 1 & Advanced Spacecraft Propulsion Systems Charles Hewett, Arizona State University 10:59 AM |
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11:14 AM |
SPARTNIK: Student Developed Micro Satellite, Benefits Education and Industry Thomas Romano, San Jose State University 11:14 AM |
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11:29 AM |
The Design of the SAPPHIRE Separation System and Launch Vehicle Interface Alison Nordt, Stanford University 11:29 AM |
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11:44 AM |
The OPAL Satellite Project: Continuing the Next Generation of Small Satellite Development Brian Engberg, Stanford University 11:44 AM |
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11:59 AM |
Soft X-Ray Detection System for the CATSAT Small Satellite Glenn Forrest, University of New Hampshire 11:59 AM |
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12:14 PM |
Earth Reference Imager Experiment for Satellite Attitude Determination Jose delaTorre, Jr., Arizona State University 12:14 PM |
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1:30 PM |
Building "Smaller, Cheaper, Faster" Satellites within the Constraints of an Academic Environment Richard Lu, Stanford University 1:30 PM |
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1:45 PM |
Smaller, Better, Faster - NASA's Ultralite Expendable Launch Vehicle Services (UELVS) W. Cutlip, NASA/Goddard Space Flight Center 1:45 PM |
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1:59 PM |
Pegasus® Shared Launch Accommodations for Microsat and Secondary Payloads Cary Pao, Orbital Sciences Corporation 1:59 PM |
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2:14 PM |
Y. Solomonov, STC "Complex" 2:14 PM |
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2:29 PM |
Advanced Propulsion Benefits to New Millennium Class Missions Leonard Dudzinski, NASA Lewis Research Center 2:29 PM |
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2:44 PM |
Benefits of Low-Power Stationary Plasma Thruster Propulsion for Small Satellites Craig Clauss, Atlantic Research Corporation, Aerospace Group 2:44 PM |
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2:59 PM |
Tethers for Small Satellite Applications Joseph Carroll, Tether Applications 2:59 PM |
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3:30 PM |
The Scorpius Low Cost Launch System James Wertz, Microcosm 3:30 PM |
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3:45 PM |
Science Instrumentation for the Student Nitric Oxide Explorer Scott Bailey, University of Colorado 3:45 PM |
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4:00 PM |
Miniaturized RF Remote Sensing Instruments James Brady, E-Systems 4:00 PM |
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4:15 PM |
Applying Fiber Support Technology to Small Satellite Systems Scott Jensen, Utah State University/Space Dynamics Laboratory 4:15 PM |
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4:30 PM |
Development of a Fluorescent Cryocooler Bradley Edwards, Los Alamos National Laboratory 4:30 PM |
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4:45 PM |
Dexter Wang, SSG, Inc. 4:45 PM |
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Thursday, September 21st | ||
8:15 AM |
Small Satellites and NOAA: A Technology Study R.K. Raney, The Johns Hopkins University Applied Physics Laboratory 8:15 AM |
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8:30 AM |
The Mars Pathfinder Commercial Hardware and Microgyro (CHμG) Experiment: Lessons Already Learned Douglas Caldwell, Jet Propulsion Laboratory 8:30 AM |
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8:45 AM |
SPARTAN LITE: Genesis of a Small Satellite Evan Goldstein, Interstel Inc. 8:45 AM |
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9:00 AM |
Kim Aaron, Jet Propulsion Laboratory 9:00 AM |
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9:15 AM |
First Class Science on a Coach Class Ticket Robert Meurer, Orbital Sciences Corporation 9:15 AM |
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9:29 AM |
Design Progress in the Satellite Quick Research Testbed (SQUIRT) Program Christopher Kitts, Stanford University 9:29 AM |
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10:00 AM |
The Magnetic Attitude Control of ABRIXAS Hans Komgsmann, University of Bremen 10:00 AM |
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10:15 AM |
Control Systems for the Mars Pathfinder Mission Dankai Liu, Jet Propulsion Laboratory 10:15 AM |
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10:30 AM |
The Attitude Control System Design for the Submillimeter Wave Astronomy Satellite Charles Clagett, NASA Goddard Space Flight Center 10:30 AM |
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10:45 AM |
The Submillimeter Wave Astronomy Satellite Attitude Control Software Design Mark Anderson, NASA Goddard Space Flight Center 10:45 AM |
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11:00 AM |
The Attitude Control System Design for the Transition Region and Coronal Explorer Mission Darrell Zimbelman, NASA Goddard Space Flight Center 11:00 AM |
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11:15 AM |
John Brandenburg, Research Support Instruments 11:15 AM |
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11:30 AM |
Lamar Dougherty, NASA Goddard Spaceflight Center 11:30 AM |
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11:45 AM |
Energy Storage Options for Low-Cost Spacecraft Applications D.F. Pennington, Eagle-Picher Industries, Inc. 11:45 AM |
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12:00 PM |
Affordable Polymer Composite Structures for Various Spacecraft Structural Components G.C. Krumweide, Composite Optics, Incorporated 12:00 PM |
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12:15 PM |
Quang Hong Nguyen, NASA-Goddard Space Flight Center 12:15 PM |
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12:30 PM |
Investigation into Low-Cost Propulsion Systems for Small Satellite Missions Jerry Sellers, University of Surrey 12:30 PM |
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12:45 PM |
The Near Spacecraft Telecommunications System R.S. Bokulic, The Johns Hopkins University Applied Physics Laboratory 12:45 PM |