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Advanced, cutting edge mission related technologies and sensors (not bus sensors) designed specifically with small satellite missions in mind.Chair: Scott Palo, University of Colorado

SESSION I MISSION PAYLOADS

3:00 p.m. A Design Overview of a Space-Based Chromotomographic Hyperspectral Imaging ExperimentTodd Book, William Starr, Arthur Morse, Steven Miller, Jonathan Black, Eric Swen-son, Richard Cobb, Carl Hartsfield—Air Force Institute of Technology

Thermal Ion Instrumentation for CubeSat MissionsGregory Earle, Ryan Davidson, Michael Perdue—The University of Texas at Dallas

The CubeSat Heliospheric Imaging Experiment (CHIME)Craig DeForest, John Dickinson, Juan Aguayo, John Andrews, Michael Epperly, Tim Howard, Joe Peterson, Jennifer Alvarez, Michael Pilcher—Southwest Research Institute; Craig Kief, Steve Suddarth—Configurable Space Micro-systems Innovations & Applications Center; James Tappin—National Solar Observatory

Hyperspectral/Hypertemporal Compact Sensor for Small Satellite ApplicationsAra Dergevorkian, Kevin McKee—ATK Aerospace Systems

Spectral Imaging Payload for Nanosatellite Earth ObservationBrian Solheim, Hugh Chesser, Regina Lee, Kenneth Sinclair, Guy Benari—CRESS Space Instrumentation Laboratory, York University

A CubeSat Constellation to Investigate the Atmospheric Drag EnvironmentEric Sutton, Chin Lin, Frank Marcos, David Voss—Air Force Research Laboratory; Odile Clavier—Creare Inc.

3:15 p.m.

3:30 p.m.

3:45 p.m.

4:00 p.m.

4:15 p.m.

NDAYMAUGUST9

Help us make 2011 even better! Fill out the post-conference evaluation form located in the back of your pocket program. Your feedback assists us in improving future Small Satellite Conferences.

WE VALUE Y UR OPINI N!

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4:45 p.m.

5:00 p.m.

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5:30 p.m.

NDAYMAUGUST9

Performance Validation of the Triangular Rollable and Collapsible MastJeremy Banik, Thomas Murphey—Air Force Research Laboratory/Space Vehicles Directorate

WNISAT—Nanosatellite for North Arctic Routes and Atmosphere MonitoringSangkyun Kim, Takashi Eishima, Naoki Miyashita, Yuta Nojiri, Yuya Nakamura—AXELSPACE

Sapphire: A Small Satellite System for the Surveillance of Space Robert Leitch, Ian Hemphill—MDA Systems Ltd.

The Radio Aurora Explorer—A Bistatic Radar Mission to Measure Space Weather PhenomenonJames Cutler, Matthew Bennett, Andrew Klesh—University of Michigan; Hasan Bahcivan, Rick Doe—SRI International

A preview of missions that are scheduled to fly within the next 18 months with an emphasis on the mission and its scientific, technological or military purpose.Chair: Dave Beckett, Ball Aerospace & Technologies Corporation

SESSION II AROUND THE CORNER

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A session dedicated to CubeSat/NanoSat initiatives that enable future missions.Chair: Odile Clavier, Creare, Inc.

SESSION III TIDBITS

Novel Radiation Design Approach for CubeSat Based MissionsJustin Likar, Stephen Stone, Robert Lombardi—Lockheed Martin Space Systems; Kelly Long—Lockheed Martin Information and Global Services Enterprise Integration Group

Study of the Small: Potential for Operational Military Use of CubeSatsChalie Galliand—United States Air Force

Two CubeSats with Micro-Propulsion in the QB50 Satellite NetworkP. P. Sundaramoorthy, E. Gill, C. J. M. Verhoeven, J. Bouwmeester—Delft Univer-sity of Technology

Coral: A High Performance Design Expanding CubeSat Mission Options Steve Schenk—Comtech AeroAstro, Inc.; Robert Burt—Space Dynamics Laboratory

Huge Power Demand…Itsy-Bitsy Satellite: Solving the CubeSat Power ParadoxCraig Clark—Clyde Space Ltd

OLFAR, A Radio Telescope Based on Nano-Satellites in Moon OrbitS. Engelen, C. J. M. Verhoeven—Delft University of Technology; M. J. Bentum—University of Twente

Dynamic Ionosphere CubeSat Experiment (DICE)Geoff Crowley, Gary Bust—ASTRA; Chad Fish, Charles Swenson, Robert Burt, Tim Neilsen—Space Dynamics Laboratory; Aroh Barjatya—Embry-Riddle Aeronautical University; Miguel Larsen—Clemson University

3D Printing & MEMS Propulsion for the RAMPART 2U CUBESATGilbert Moore—Project Starshine; Walter Holemans—Planetary Systems Corpora-tion; Adam Huang, John Lee, Matthew McMullen—The University of Arkansas; Jim White—Colorado Satellite Services; Robert Twiggs, Benjamin Malphrus, Nathan Fite—Morehead State University; David Klumpar, Ehson Mosleh, Keith Mashburn—Montana State University; David Wilt, James Lyke—Air Force Research Laboratory/Space Vehi-cles Directorate; Stewart Davis—CRP USA, LLC; Wes Bradley—Analytical Graphics, Inc.; 2NDLt Thomas Chiasson—United States Air Force; Jay Heberle—Universal Space Network; Pat Patterson—Space Dynamics Laboratory

ALTERNATESAn Optical Payload for CubeSats Seshupriya Alluru, Janise McNair—University of Florida

Composite and PCB Based Implementations of a Solar Panel Design for SwampSatSharan Asundi, Matthew Mahin, Vivek Nagabhushan, Tzu Yu Lin, Norman Fitz-Coy—University of Florida

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10:00 a.m.

TUESDAY, AUGUST10

10:15 a.m.

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SESSION IV DEMAND SIDE VISIONARIES

Emerging Opportunities for Low-Cost Small Satellites in Civil and Commercial SpaceJeff Foust—Futron Corporation

The Space and Missile Systems Center Technology Development Process Capt Derek Plymate—Space and Missile Systems Center/Development Planning Directorate (SMC/XRDT)

SMALLER Is Better: Technical Considerations for Operationally Responsive SpaceLt. Col. George Nagy—United States Air Force

Revolution in Demand and Supply During Last 10 Years in Small Earth Observation SatellitesSungdong Park, Byungjin Kim, Hyonsock Chang, Ee-Eul Kim—Satrec Initiative Co., Ltd. (SI); Salem Al-Marri—Emirates Institution for Advanced Science & Technology (EIAST)

Colony: A New Business Model for Research and DevelopmentMaj David Shultz, Capt Rebecca Unruh, David Williamson—National Reconnais-sance Office (NRO); Col John Anttonen—Space Test Group, SDTW

The Origin of Large and Small Science Satellites at NASAPaul Hertz, Marc Allen, Gregory Williams—NASA Science Mission Directorate

11:15 a.m.

A dedicated session for visionaries and mission sponsors to define their critical needs from a system, capability and budgetary perspective for the coming decade.

TUESDAYAUGUST

11:30 a.m.

11:45 a.m.

12:00 p.m.

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12:30 p.m.

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NFERENCE ORGANIZING C MMITTEEPat PattersonChairman

Robert MeurerTechnical Chair

Charles SwensonAssociate Technical Chair

Aaron RogersAssociate Technical Chair

Stephanie HaltonConference Administrator

Blair MooreExhibit Manager

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An exciting and interactive forum for discussion of the broad mission capabilities and utility that are enabled by emerging small satellite system architectures, component technologies, design methodologies, and concepts of operation. The panel will also explore markets that are currently under-served, applications and services needed by government, business, commercial operators and consumers, and what obstacles currently prevent their full realization. Panel members will be challenged to provide candid views and insight on these topics based upon their varied interests and unique roles as both small satellite developers and users.

This year’s panel will be interactive, with real-time audience participation.

Panel Members:Lt Col “Hoover” Henderson, United States Air ForceJoe Dezio, NASA Explorer ProgramArturo Guerrero, RapidEye AG Chris McCormick, Broad Reach Engineering

SESSIONUNDERSTANDING FUTURE MISSION NEEDSPANEL DISCUSSI NVModerator: Bob Meurer, Conference Technical Chair

2:15 p.m.

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O/OREOS Nanosatellite: A Multi-Payload TechnologyDemonstrationGiovanni Minelli, Antonio Ricco, Christopher Beasley, John Hines, Elwood Agasid, Bruce Yost, David Squires, Charlie Friedericks, Matthew Piccini, Greg Defouw, Mike McIntyre, Robert Ricks, Macarena Parra, Millan Diaz-Aguado, Linda Timucin, Mike Henschke, Matthew Lera, Ming Tan, Mike Cohen, Karolyn Ronzano, Ed Luzzi, Nghia Mai, Aaron Schooley, Dianna Ly, Eric Stackpole, Jeffrey Lin, John Tucker, Pascale Ehrenfreund, Rocco Mancinelli, Andrew Mattioda, Wayne Nicholson, Richard Quinn, Orlando Santos, Nathan Bramall, Kathryn Bryson, Julie Chittenden, Cindy Taylor, Amanda Cook, David Landis—NASA Ames Research Center; Christopher Kitts, Mike Rasay, Ignacio Mas, Michael Neumann, Anne Mahacek, Anthony Young, Laura Bica—Robotic Systems Laboratory/Santa Clara University

The NEMO Bus: A Third Generation High-Performance Nanosatellite for Earth Monitoring and Observation F. M. Pranajaya, R. E. Zee—Space Flight Laboratory/University of Toronto

LCROSS Lunar Impactor—Lessons Learned From a Small Satellite MissionDaniel Andrews—NASA Ames Research Center

Tactical Satellite-3 Mission Overview and Initial Lessons LearnedStanley Straight, Christina Doolittle, Thomas Cooley, James Gardner, Peter Armstrong, Richard Nadile—Air Force Research Laboratory/Space Vehicles Direc-torate; Thomas Davis—Operationally Responsive Space (ORS) Office

The Results of Small Satellite Technology Transfer From JAXAHiroaki Kawara, Naomi Murakami, Yuuta Horikawa, Koji Nakaya, Keiichi Hirako, Hidekazu Hashimoto—Japan Aerospace Exploration Agency (JAXA), Space Tech-nology Demonstration Research Center

Solar Array Arcing Mitigation for Polar Low-Earth Orbit SpacecraftGrant Bonin, Nathan Orr, Robert Zee—Space Flight Laboratory/University of Toronto; Jeff Cain—Com Dev Ltd

4:15 p.m.

TUESDAYAUGUST10Reports on the successes or failures of small satellite mis-sions that have been flown over the last 18 months with an emphasis on lessons learned.Chair: Jeffry Welsh, Operationally Responsive Space (ORS) Office

SESSION VI MARKET IN RETROSPECT

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8:15 a.m. Satellite Capabilities Mapping—Utilizing Small SatellitesDavid Grigsby, Jonathan Black—Air Force Institute of Technology

Eliminating the Need for Payload-Specific Coupled Loads AnalysisTom Sarafin, Seth Kovnat—Instar Engineering and Consulting, Inc.; Arya Majed, Ed Henkel—Applied Structural Dynamics, Inc.; Gerry Murphy—Design Net Engi-neering, LLC

Small Satellite Capability Analysis: A Systems Approach for Defining Translational Performance in Small Satellites Mathew Zwack, Brian Engberg, Jeff Ganley—Air Force Research Laboratory/RVSS

Optimization of Various Thermal Management Techniques for High Thermal LoadsCarl Schwendeman, Rebecca Hay, Cable Kurwitz—Texas A&M University

How Do We Do the Same As the Big Boys? Enabling Systems and Technologies for Advanced Small Satellite EngineeringAndrew Carrel, Andrew Cawthorne, Guy Richardson, Luis Gomes—Surrey Satel-lite Technology Ltd.

A Plug-and-Play Approach Based on the I2C StandardJames Lyke, Jesse Mee—Air Force Research Laboratory; Fredrik Bruhn, Gael Chosson, Robert Lindegren, Henrik Lofgren, Jan Schulte—AAC Microtec AB; Scott Cannon, Jacob Christensen—Utah State University; Bryan Hansen—Space Dynamics Laboratory; Robert Vick—SAIC; Alonzo Vera—Micro-RDC; Josette Calixte-Rosengren—Swedish Defence Materiel Administration (FMV)

How Can Small Satellites Be Used to Support Orbital Debris Removal Goals Instead of Increasing the Problem?Jose Guerrero, Jon Manash, Matt Russell, Doyle Towles—ATK Spacecraft, Sys-tems and Services; Steve Stone—ATK Aerospace Structures

A session looking at the emerging spacecraft systems engineering of small satellites.Chair: John London, U.S. Army Space and Missile Defense Technical Center

WEDNESDAYAUGUST11SESSION VII SPACECRAFT SYSTEMS

8:30 a.m.

8:45 a.m.

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SESSION VIII 18TH ANNUAL FRANK J.REDD

REPTile: A Miniaturized Detector for a CubeSat Mission to Measure Relativistic Particles in Near-Earth SpaceQuintin Schiller, Abhishek Mahendrakumar—University of Colorado at Boulder

A Simple System for Deploying Science Instruments from a CubeSatErik Stromberg—Utah State University

Deployment System for the CubeSail Nano-Solar Sail Mission S. Nasir Adeli—Surrey Space Centre, University of Surrey

The Development of LOX–Based Magnetic Fluid Technology and Its Impact on Small SatellitesJeffrey Boulware—Utah State University

Passive Magnetic Attitude Control for CubeSat SpacecraftDavid Gerhardt—University of Colorado at Boulder

Design, Test, and Validation of a Refrigerant-Based Cold-Gas Propulsion System for Small SatellitesRyan Pahl, Christopher Tutza—Missouri University of Science and Technology

WEDNESDAYAUGUST11STUDENT SCHOLARSHIP COMPETITIONTechnical Chair: Stanley Kennedy, Comtech AeroAstro, Inc.Scholarship Chair: Gwynne Shotwell, Space Exploration Technologies

10:45 a.m.

11:00 a.m.

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11:45 a.m.

12:00 p.m.

MPETITION JUDGESCNASA: Ron Chinnapongse, NASA Ames Research Center

Academia: Gregory Earle, The University of Texas at Dallas

Industry: Michael Socha, Northrop Grumman

International: James Barrington-Brown, Satellite Services Ltd.

Department of Defense: Lt. Col. Carol Welsch, Space Devel-opment and Test Wing, United States Air Force

At Large: Ruth Moser, Space Programs and Policy Office of the Secretary of Defense (ASD/NII)

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Small Satellite Access to ESPA Standard ServiceTed Marrujo—DoD Space Test Program (STP); Lt Jake Mathis—Space and Mis-sile Systems Center, Launch and Range Systems Wing; Caleb Weiss—United Launch Alliance

The Atlas V Aft Bulkhead Carrier—Requirements for the Small Satellite DesignerGeorge Budris—United Launch Alliance

Evolutional Launch Concept for Pico/Nano SatelliteSeiji Matsuda, Nobuhiro Sekino, Kazuhiro Yagi, Yasunobu Segawa—IHI Aerospace Co., Ltd.; A.C. Charania—SpaceWorks Commercial; Hideki Kanayama—CSP Japan Inc.; Takayoshi Fuji—Institute for Unmanned Space Experiment Free Flyer (USEF)

Routine Scheduled Space Access for Secondary PayloadsJason Andrews, Jeff Cannon—SpaceFlight Services, Inc.

Low-Resource CubeSat-Scale Sensorcraft for Auroral and Ionospheric Plasma Studies Phillip Bracikowski, K.A. Lynch, Lisa Gayetsky—Dartmouth College

Ultra-Compact LADAR Systems for Next Generation Space MissionsRandy Reibel, Nathan Greenfield, Trenton Berg, Brant Kaylor, Peter Roos—Bridger Photonics Inc.; Zeb Barber, David Klumpar—Montana State University

1:45 p.m.

WEDNESDAYAUGUST11SESSION IX FROM EARTH TO ORBITLaunch systems or launch opportunities that are specifically designed to provide access to space for small satellites.Chair: Darrin Buck, Northrop Grumman Aerospace Systems

2:00 p.m.

2:15 p.m.

2:30 p.m.

2:45 p.m.

3:00 p.m.

CAL WEDNESDAYG LWednesday Evening is Go Local Night!

Kick-off your evening with us from 6:45–8:15 p.m.Marriott Riverwoods (615 S Riverwoods Parkway, Logan, UT).

Enjoy a light dinner & drinks—then head out and explore Cache Valley on your own. Need some ideas for activites? Stop by Confer-ence headquarters for suggestions and tips.

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3:45 p.m. Smart PropellantSiegfried Janson—The Aerospace Corporation

YUsend-1 Solid Propellant Microthruster Design, Fabrication and TestingKartheephan Sathiyanathan, Regina Lee, Hugh Chesser—York University; Charles Dubois, Robert Stowe, Rocco Farinaccio, Sophie Ringuette—Defence Research and Development Canada (DRDC)

Towards Star Tracker Only Attitude EstimationJohn Enright, Geoff McVittie, Tom Dzamba—Ryerson University; Doug Sinclair—Sin-clair Interplanetary; C. Cordell Grant—Space Flight Laboratory/University of Toronto

Real-Time, Near Global, Low Earth Orbit Communications Using Geostationary Inmarsat BGAN System As a RelayChristian Lenz, Chris McCormick—Broad Reach Engineering Company; Rob Gold-smith—COM DEV Europe; Eyal Trachtman—INMARSAT

Automatic Generation of SDM Application Source Code From xTEDSJacob Christensen, Scott Cannon—Utah State University; Bryan Hansen—Space Dynamics Laboratory; Jim Lyke—Air Force Research Laboratory/RVSE

Deployable Booms and Antennas Using Bi-Stable Tape-SpringsThomas Murphey—Air Force Research Laboratory; Sungeun Jeon—CSA Engi-neering; Adam Biskner, Gregory Sanford—LoadPath, LLC

Innovative small satellite technologies (hardware or software) that offer game changing, mission enabling capabilities in next generation small spacecraft.Chair: Johan Leijtens, TNO Science and Industry

SESSION X MISSION ENABLINGWEDNESDAY, AUGUST11

TECHNOLOGIES 1

ALTERNATESSpace and Ground Segments Link Performance Verification for Small Satellite TT&C Transponders Ahmed Maghawry Ibrahim—National Authority for Remote Sensing & Space Sciences (NARSS); Magdi Fikri—Cairo University

Cost-Effective End-of-Mission Disposal of LEO Microsatellites: The Terminator Tape Robert Hoyt, Jeffrey Slostad, Ian Barnes, Nestor Voronka, Michael Lewis—Tethers Unlimited, Inc.

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5:00 p.m.

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8:15 a.m. Switchable Antenna Polarization Using Surface-Integrated Fluidic Loading MechanismsSean Goldberger, Frank Drummond, Joel Barrera, Stephen Davis, Jamie Edelen, Michelle Geppert, YaShavaun Judie, Quinn Manley, Cameron Peters, Samantha Smith, Gregory Huff—Texas A&M University

The First In-Space Demonstration of a Green Propulsion SystemK. Anflo, B. Crowe, M. Persson—ECAPS

Proposed Encoding/Decoding Algorithm to Recover Satellite Uncompleted Received FramesAlaa Eldin Hassan—National Authority for Remote Sensing and Space Science (NARSS); C. Schlegel, D. Truhachev—University of Alberta; M. Shokair, Atef Abou Elazm—Menoufiay University

Fully Integrated Solar Panel Slot Antennas for Small SatellitesMahmoud Mahmoud, Reyhan Baktur—Utah State University; Robert Burt—Space Dynamics Laboratory

Optical Networking for Aerospace Systems Provisioned Through Plug-and-Play Avionics Keith Avery, Nathaniel Francis, James Lyke—Air Force Research Laboratory; Pat-rick Collier—SAIC

Attitude Manoeuvring Under Dynamic Path and Time Constraints for Formation Flying NanosatellitesB. Johnston-Lemke, R. E. Zee—Space Flight Laboratory/University of Toronto

A Self-Scrubber for FPGA-Based SystemsG. Alonzo Vera, Xiaoyin Yao—Micro-RDC; Keith Avery—Air Force Research Labora-tory/Space Vehicles Directorate

A Control Moment Gyro for Dynamic Attitude Control of Small SatellitesCraig Clark, Kevin Worrall—Clyde Space Ltd; Emre Yavuzoglu—Turkish Aerospace Industries, Inc. (TAI)

THURSDAYAUGUST12SESSION XI MISSION ENABLINGTECHNOLOGIES 2Innovative small satellite technologies (hardware or software) that offer game changing, mission enabling capabilities in next generation small spacecraft.Chair: Paul Graven, Microcosm, Inc.

8:30 a.m.

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10:15 a.m.

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THURSDAYAUGUSTSESSION XII NEXT GENERATIONRecent and planned educational small satellite programs that train a new generation of engineers while benefiting the small satellite community.Chair: Pat Remias, Sierra Nevada Corporation

10:45 a.m. Initial Flight Results for an Automated Satellite Beacon Health Monitoring NetworkAnthony Young, Christopher Kitts, Michael Neumann, Ignacio Mas, Mike Rasay—Robotic Systems Laboratory/Santa Clara University

Inkjet-Printed Transparent Antennas Integrated on Solar CellsTursunjan Yasin, Reyhan Baktur—Utah State University; Jason Saberin, Cynthia Furse—University of Utah

The QB50 Program, the First CubeSat Constellations Doing ScienceRobert Twiggs, Benjamin Malphrus—Morehead State University; J. Muylaert—von Karman Institute of Fluid Dynamics

Small Satellite Technologies From Newcomers Perspective—Slovenian Space-Si CaseRodic Tomaž, Oštir Krištof, Matko Drago, Batagelj Boštjan, Peljhan Marko, Malic Barbara, Zwitter Tomaž —SPACE-SI; Šuštar Tomaž—C3M d.o.o.

Miniature Wire Boom System for Nano SatellitesSteven Grover, Keith Bradford, Mark Anderson, Erik Stromberg, Brian Sharp, Steve Burr—Utah State University

Experimental Characterization of a Radio Frequency Microthermal ThrusterShae Williams, Ivana Hrbud—Purdue University

ALTERNATESThe FASTRAC Experience: A Student Run Nanosatellite ProgramSebastián Muñoz, Jamin Greenbaum, Thomas Campbell, Greg Holt, and E. Glenn Lightsey—The University of Texas at Austin

Conducting Science With a CubeSat: The Colorado Student Space Weather Experiment Scott Palo, Xinlin Li, David Gerhardt, Drew Turner—University of Colorado; Rick Kohnert, Vaughn Hoxie, Susan Batiste—Laboratory for Atmospheric and Space Physics/University of Colorado

UNESCOsat: The United Nations’ First Satellite Donald Platt—Florida Institute of Technology

11:00 a.m.

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12:00 p.m.

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