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1994 | ||
Tuesday, August 30th | ||
10:45 AM |
Mars Pathfinder Flight System Design and Implementation Brian Muirhead, NASA/Jet Propulsion Laboratory 10:45 AM |
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11:00 AM |
UK Defence Research Agency the Two UK 'Space Technology Research Vehicles': First In-Orbit Results K.A. Ryden, Defence Research Agency 11:00 AM |
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11:15 AM |
Miniature Sensor Technology Integration (MSTI) Flight Test Results David Erickson, SPARTA, Inc. 11:15 AM |
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11:30 AM |
One Year in Space: Results from PoSAT-1 Maarten Meerman, Centre for Satellite Research 11:30 AM |
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11:45 AM |
BREM-SAT - First Flight Results Hans Konigsmann, University of Bremen 11:45 AM |
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12:00 PM |
Recent Light Satellite Missions and Accomplishments in the DOD Space Test Program David England, ANSER 12:00 PM |
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1:30 PM |
Managing a "Better, Faster, Cheaper" LightSat Program David Shuckstes, TRW 1:30 PM |
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1:45 PM |
Standardization of the Launch Vehicle Interface for Small Payloads Dan O'Connell, CTA Launch Services 1:45 PM |
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1:59 PM |
A New Approach to Flight Equipment: Clementine & MSTI Work at JPL Kenneth Hicks, Jet Propulsion Laboratory 1:59 PM |
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2:14 PM |
CLEMENTINE: New Directions and Perspectives for One-of-a-Kind Spacecraft Missions P.A. Regeon, Naval Research Laboratory 2:14 PM |
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2:29 PM |
A Cost Model for a University Satellite Program Emery Reeves, U.S. Air Force Academy 2:29 PM |
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2:44 PM |
Dependability Design for the Pluto Flyby Mission Stephen Johnson, University of Cincinnati Space Engineering Research Center 2:44 PM |
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3:30 PM |
Demonstration of On-Board Maneuver Planning using Autonomous S/W Architectures A. Ahmed, Jet Propulsion Laboratory 3:30 PM |
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3:45 PM |
The ZIPSIM Series of High Performance, High Fidelity Spacecraft Simulators W.K. Reinholtz, Jet Propulsion Laboratory 3:45 PM |
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4:00 PM |
MSTI-3 Spacecraft Attitude Control Software Development using Automatic Code Generation Fred Tubb, Integrated Systems Inc. 4:00 PM |
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4:15 PM |
William Jeffrey, Institute for Defense Analyses 4:15 PM |
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4:30 PM |
The In-Orbit Operation of Four Microsat Spacecraft--Four Years Later Robert Diersing, Texas A&M University-Kingsville 4:30 PM |
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4:45 PM |
MSTI-3 Commander-In-The-Field "Battlefield" Payload Command Demonstration Todd Probert, ANSER 4:45 PM |
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Wednesday, August 31st | ||
9:15 AM |
Near Earth Asteroid Returned Sample Mission (NEARS) A.F. Cheng, The Johns Hopkins University 9:15 AM |
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9:30 AM |
Lessons Learned from Clementine On the Way to Pluto J. Carraway, Jet Propulsion Laboratory 9:30 AM |
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9:45 AM |
P.M. Beauchamp, Jet Propulsion Laboratory 9:45 AM |
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10:00 AM |
The Satellite Quick Research Testbed (SQUIRT) Program Christopher Kitts, Stanford University 10:00 AM |
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10:15 AM |
Charles Lillie, TRW Space & Electronics Group 10:15 AM |
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11:00 AM |
Preliminary Design of ASUSat 1 Joel Rademacher, Arizona State University 11:00 AM |
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11:15 AM |
A Microparticle Recognition Experiment for Near-Earth Space On Board the Satellite ASUSat 1 Charles Hewett, Arizona State University 11:15 AM |
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11:30 AM |
Design of the ISAT-1 Satellite Thermal Control System Joseph Clay, The University of Iowa 11:30 AM |
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11:45 AM |
Miniaturization Methods for Deep Space Microspacecraft Lilac Muller, Massachusetts Institute of Technology 11:45 AM |
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12:00 PM |
Christopher Kitts, Stanford University 12:00 PM |
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12:15 PM |
Minghua Lu, Iowa State University 12:15 PM |
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12:20 PM |
Suwat Kuntanapreeda, Utah State University 12:20 PM |
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12:30 PM |
SolSTUS: Solar Source Thermal Upper Stage Don Jones, Utah State University 12:30 PM |
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2:00 PM |
The Clementine Attitude Determination and Control System Paul DeLaHunt, U.S. Naval Research Laboratory 2:00 PM |
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2:15 PM |
Design and Fabrication of a Low-Cost Composite Spaceframe Spacecraft Structure John Scherrer, Southwest Research Institute 2:15 PM |
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2:30 PM |
Reliable Application of Plastic Encapsulated Microcircuits for Small Satellites William Ash III, The Johns Hopkins University Applied Physics Laboratory 2:30 PM |
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2:45 PM |
A Low Cost Tailorable Power Source for Microsatellites Paul Dillard, Boeing Defense & Space Group 2:45 PM |
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2:47 PM |
The Clementine Nickel Hydrogen Common Pressure Vessel Battery Christopher Garner, U.S. Naval Research Laboratory 2:47 PM |
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3:00 PM |
Towards Reduced Nickel-Cadmium Battery Cost for Micro Satellites V. Cavenel, Saft 3:00 PM |
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4:00 PM |
Spin Balance Processing of the Clementine Space Vehicle Paul Dizon, Barrios Technology, Inc. 4:00 PM |
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4:15 PM |
MSTI-3 Calibration and Characterization Richard Gobel, Analytic Services (ANSER) 4:15 PM |
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4:30 PM |
Michael Corson, Research Support Instruments 4:30 PM |
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4:45 PM |
Thermal Design of the Fast-On-Orbit Recording of Transient Events (FORTE) Satellite R.L. Akau, Sandia National Laboratories 4:45 PM |
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5:00 PM |
Vibro-Acoustic Testing of the Clementine Spacecraft James Haughton, Kinetic Research Corporation 5:00 PM |
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5:15 PM |
On Orbit Jitter Simulation Testing of the Clementine Spacecraft James Haughton, Kinetic Research Corporation 5:15 PM |
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Thursday, September 1st | ||
8:30 AM |
Development of the Ørsted Satellite Project W.R. Baron, Computer Resources International A/S 8:30 AM |
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8:45 AM |
A Student Spacecraft for In-Orbit Test of NASA Tracking Programs Joel Smith, Jet Propulsion Laboratory 8:45 AM |
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9:00 AM |
Conceptual Design of a High-Resolution, Low Cost Topographic Mapping Mission S. Jolly, University of Colorado at Boulder 9:00 AM |
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9:15 AM |
Status of the Third Miniature Sensor Technology Integration Satellite Mission David Barnhart, Phillips Laboratory 9:15 AM |
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9:30 AM |
Art Azarbarzin, NASA/GSFC 9:30 AM |
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9:45 AM |
Jim Hood, ANSER 9:45 AM |
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10:30 AM |
Design and Development of the Clementine Spacecraft Sensor Bench J. Kim, Naval Research Laboratory 10:30 AM |
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10:45 AM |
Small Earth Imaging Spectrometer Gregg Vane, Jet Propulsion Laboratory 10:45 AM |
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10:59 AM |
Patricia Beauchamp, Jet Propulsion Laboratory 10:59 AM |
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11:14 AM |
MSTI-3 Background Data-Collection Experiments William Jeffrey, Institute for Defense Analyses 11:14 AM |
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11:29 AM |
Spacecraft Environment and Systems Monitoring Instrumentation for Small Satellites Prakash Joshi, Physical Sciences, Inc. 11:29 AM |
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11:44 AM |
Chemical and Electric Propulsion Options for Small Satellites Roger Myers, NYMA inc. 11:44 AM |
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1:30 PM |
CCSDS Spacecraft Uplink Protocol in a Space-Qualified ASIC S.H. Wood, Jet Propulsion Laboratory 1:30 PM |
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1:45 PM |
Lossless Compression and Rate Control for the Galileo NIMS Instrument Robert Rice, Jet Propulsion Laboratory 1:45 PM |
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1:59 PM |
Global Rate Allocation and Control Robert Rice, Jet Propulsion Laboratory 1:59 PM |
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2:14 PM |
Small Deep Space Mission Telecommunications G.K. Noreen, Jet Propulsion Laboratory 2:14 PM |
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2:29 PM |
The FORTE Receiver and Sub-Band Triggering Unit Donald Enemark, Los Alamos National Laboratory 2:29 PM |
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3:00 PM |
The Next Generation SC-7 RISC Spaceflight Computer D.J. Shirley, Southwest Research Institute 3:00 PM |
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3:15 PM |
M.E. Huddleston, Defence Research Agency 3:15 PM |
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3:29 PM |
The Mars Pathfinder Attitude and Information Management System David Lehman, Jet Propulsion Laboratory 3:29 PM |
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3:44 PM |
Radiation Hardened Microprocessor for Small Satellites, Payloads and Instruments Ravi Shah, Harris Corporation 3:44 PM |
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3:59 PM |
Development of an All-Composite Spacecraft Bus for Small Satellite Programs Timothy Thompson, Los Alamos National Laboratory 3:59 PM |
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4:14 PM |
Advanced Technology Oscillator for the Pluto Flyby Mission Jerry Norton, The Johns Hopkins University Applied Physics Laboratory 4:14 PM |
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4:29 PM |
FASat-Alfa: Status Report of the First Chilean Satellite Fernando Mujica, Chilean Air Force 4:29 PM |