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Click on underlined paper titles to view abstracts
Plenary Session
9:30 - noon, Grand Ballroom D
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Welcome and Introductions
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ION President
Larry Hothem
U.S. Geological Survey
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ION General Chair
Dr. Mikel Miller
Air Force ResearchLaboratory/SNRP
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ION Program Chair
James Arnold
Federal Highway Administration
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AFIT Program Chair
Dr. John Raquet
Air Force Institute of Technology/ENG
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Plenary Session:
Keynote Speaker (Invited): Congressman David L. Hobson (R-Ohio, 7th District)
Rep. Hobson is chairman of the Energy and Water Development Appropriations Subcommittee and is a senior member
of the Defense and VA-HUD Appropriations Subcommittees. Rep. Hobson also serves as Assistant Majority Whip.
Land Navigation—Where Is It Going?
The future of land navigation is at a crossroads. GPS and its augmentations may provide inexpensive and reliable
radionavigation for land based users, but is it enough, or is it the right direction? You will hear from industry leaders
in farming, highway transportation, mapping, and other areas about where they think the direction of navigation
should be headed.
Lunch is on your own
Session A1: GPS and Galileo
2 p.m. - 5:30 p.m., Grand Ballroom D
Co-chair
Raymond Swider
U.S. Department of Defense
Co-chair
Capt. Curtis Dubay
U.S. Coast Guard
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1. Binary Coded Symbol Modulations for GNSS: C.J. Hegarty, J.W. Betz, The MITRE Corporation
2. Requirements to Enhance Trust, Security and Integrity of GNSS Location Services: O. Pozzobon, K. Kubik, University of Queensland, Australia
3. On-Orbit Enhancements and the Evolution of GPS Modernization: J.A. Rajan, S. Rajan, M. Policano, ITT Aerospace/Communication Division
4. Implementation of a GPS Integrity Anomaly Database: J.W. Lavrakas, B. Carroll, S. Hieronymus, Overlook Systems Technologies, Inc.; K. Van Dyke, Department of Transportation Volpe Center
5. Design and Implementation of Local Area DGPS Using GPRS Network for Real Time Data Processing: C.E. Lin, C.-C. Li, Taiwan
6. Real Time Implementation of Deeply Integrated Software GPS Receiver and Low-Cost IMU for Processing Low CNR GPS Signals: S. Gunawardena, A. Soloviev, F. van Graas, Ohio University
Alternate
1. GNSS Implementation and Benefits: Focus on WAAS and Spectrum Issues: S.L. Frodge, FAA AND-703
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Session A2: Biological Systems Guidance, Navigation, and Control (GNC)
2 p.m. - 5:30 p.m., Grand Ballroom C
Co-chair
Martin Frederic (Ric) Wehling
Air Force Research Laboratory
Co-chair
Dr. Mandyam Srinivasan
FRS, Australian National University
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1. What Can Biological Systems Tell Us About Guidance, Control and Navigation: R. Wehling, Eglin AFb
2. Optic Flow Processing for Motor Control in Flying Insects: H. Krapp, Cambridge
3. Odor-Guided Navigation in Walking and Flying Insects: M.A. Willis, R. Quinn, R. Ritzmann, Case Western Reserve University
4. Avian Magnetoreception: A Radical Pair and a Magnetite-Based Mechanism: W. Wiltschko, University of Frankfurt, Frankfurt-am-Main, Germany
5. Avian Navigation: The Crucial Role of the Compass: R. Wiltschko, Uiversity of Frankfurt, Frankfurt-am-Main, Germany
6. Considerations of Biological Systems Performing Guidance and Navigation Tasks: M. Srinivasan, Australian National University
Alternate
1. Towards a Better Understanding of Lift-Off, Flight Trajectory and Pinpointing the Underwater Home of Hexagenia Rigidia, Also Known as: Mayflies or Canadian Sailors: R. Gray, I. Hagenbuch, Penn State University-Erie
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Session A3: Land Navigation
2 p.m. - 5:30 p.m., Grand Ballroom E
Co-chair
Arne Dietrich
Robert Bosch Corporation
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1. Inertial Aiding of Phase-Tracking Loops for Automotive GPS Attitude Determination: S. Alban, Stanford University; A. Dietrich, Bosch RTC
2. Error Analysis of a Precision Indoor Positioning System: D. Cyganski, J.A. Orr, D. Breen, B. Woodacre, Worcester Polytechnic Institute
3. Multiple Antenna GPS System for Enhanced Performance: S. Nair, C. Bartone, Ohio University
4. Navigating Using an ASF Grid for Harbor Entrance and Approach: R. Hartnett, U.S. Coast Guard Academy; G. Johnson, R. Shalaev, John J. McMullen Associates; P. Swaszek, University of Rhode Island
5. Design, Fabrication and Characterization of an Integrated Optic Passive Resonator for Optical Gyroscopes: G. Li, K.A. Winick, University of Michigan; B. Youmans, E.A.J. Vikjaer, BAE Systems
6. Stop Sign Warning: J. Arnold, Federal Highway Administration
Alternates
1. An Integrated Navigational System for Measuring Railway Angular Parameters: N.A. Atamanov, I.V. Gusev, M.A. Glazkov, P.N. Kuleshov, Russia
2. Morrison´s QUBIKtm Inertial Measurement Unit: M.M. Morrison, MMM Systems
3. Navigating with Time-Difference of Arrival Measurements Obtained from Signals of Opportunity: K.A. Fisher, J.F. Raquet, M. Pachter, AFIT/ENG
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Meet and Greet Social: USAF Museum, Modern Flight Hanger, 7-9pm
Session B1: Navigation Education and Research
8:30 a.m. - noon, Grand Ballroom C
Co-chair
Dr. Frank van Graas
Ohio University
Co-chair
Dr. John Raquet
Air Force Institute of Technology/ENG
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1. GPS Research and Education at the University of Colorado, Boulder: P. Axelrad, D. Akos, K. Larson, G. Born, S. Nerem, S. Palo, University of Colorado at Boulder
2. Education and Research in Navigation at University FAF Munich: B. Eissfeller, G.W. Hein, Institute of Geodesy and Navigation, University FAF Munich, Germany
3. Geodetic and Geoinformation Science at The Ohio State University: D.A. Grejner-Brzezinska, Ohio State University
4. International MSc Study Programme in Nautical Science at the Norwegian University of Science and Technology: E. Pedersen, Norwegian University of Science and Technology, Norway; E. Berg, Norwegian Marine Technology Research Institute, Norway
5. Hands-On Navigation Technology Workshops to Support Math Options for Girls Programs: R. Gray, T. Hemminger, Penn State University-Erie
6. Avionics Education and Research at Ohio University: M.S. Braasch, F. van Graas, Ohio University
Alternates
1. Transition of Mental Workload Among Bridge Teammates: K. Murai, Y. Hayashi, Y. Yano, M. Fuchi, Kobe University, Japan
2. Navigation Education and Research at the Air Force Institute of Technology: J.F. Raquet, M.M. Miller, Air Force Institute of Technology
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Session B2: Aviation 1
8:30 a.m. - noon, Grand Ballroom D
Co-chair
Dr. Chris Bartone
Ohio University, School of Electrical Engineering and Computer Science
Co-chair
Jeff Dickman
Ohio University, School of Electrical Engineering and Technology, Avionics Engineering Center
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1. Integrity Requirements for GBAS: B. Clark, Federal Aviation Administration; T. Murphy, Boeing Commercial Airplanes
2. Derivation of Vertical Alert Limit for LAAS CAT III Autoland Considering Limit Risk Requirement: C.A. Shively, The MITRE Corporation/CAASD
3. Conspiring Biases in the Local Area Augmentation System: F. van Graas, V. Krishnan, R. Suddapalli, Ohio University
4. FAA No. 405 Airport Obstruction Surveys Support a Variety of Needs: T. Mackie, Woolpert LLP
5. An Advanced Multipath Model for DGPS Reference Site Analysis: J.M. Kelly, C. Cohenour, M.F. DiBenedetto, Avionics Engineering Center, Ohio University; D. Lamb, FAA William J. Hughes Technical Center
6. The Development and Validation of a High-Fidelity Electromagnetic Model of the Integrated Multipath Limiting Antenna: D.N. Aloi, M. Alsliety, S. Kiran, Oakland University
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Session B3: New Technologies for Precision Agriculture
8:30 a.m. - noon, Grand Ballroom E
Co-chair
Dr. Reza Ehsani
The Ohio State University
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1. GPS Correction Techniques for Machine Guidance and Auto-Steer in Agriculture: J. Pointon, OmniSTAR, Inc.
2. Experiences with the OmniStar HP Differential Correction Service on an Autonomous Agricultural Vehicle: S. Pocknee, G. Rains, S. McCarthy, University of Georgia
3. Evaluation of Recreational GPS Receivers for Use in Precision Farming: D.K. Shannon, C.E. Ellis, G.D. Hoette, M.D. Herring, University of Missouri
Alternate
1. Field Evaluation of the Percentage of Overlap for Crop Protection Inputs with a Foam Marker System Using Real-Time Kinematic (RTK) GPS: M.R. Ehsani, M.D. Sullivan, T. Zimmerman, Ohio State University
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Session B4: Classified-New Military Navigation Technology
8:30 a.m. - noon, Offsite: AFIT
Co-chair
Scott Feairheller
National Air Intelligence Center
Co-chair
1 Lt. Alec Porter
Air Force Research Laboratory
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1. Antijam Performance for Ultra-Tightly Coupled CA-Code Receivers: R. Douglas, E. Polendo, W. Lillo, The Aerospace Corporation
2. High Anti-Jam Ultra-Tightly-Coupled GPS/Inertial Signal Processing Using a Military Software GPS Receiver: A. Brown, K. Gold, NAVSYS
3. Immediate Transitioning of UltraTight GPS-Inertial Navigation Systems from Acquisition to Tracking: D.B. Cox, Jr., DBC Communications
4. Multipath and GPS Signal Jamming Mitigation Through Multiple Model Adaptive Estimation Applied to Ultra-Tightly Coupled GPS/INS Architecture: J.R. Gutierrez, P.S. Maybeck, J.F. Raquet, AFIT
5. Staggered Binary Offset Carrier for Potential Future GPS Use: J.K. Holmes, S. Raghavan, J. Gillis, C. Edgar, The Aerospace Corporation
6. Compact Nulling and Direction Finding Antenna for a GPS Hand-Held PLGR Receiver: B. Rama Rao, M.F. Otero, M.A. Smolinsky, R.J. Davis, R.F. Plasse, P.F. Hill, E.N. Rosario, The MITRE Corporation
Alternates
1. Matched Spectral Jamming - Theoretical and Simulation Results: S. Raghavan, J.K. Holmes, The Aerospace Corporation
2. Estimation of GPS Ionosphere Propagation Delay Using Dual Frequency Coherent Code and Carrier Processing: R. Douglas, E. Polendo, W. Lillo, The Aerospace Corporation
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Classified Session Requirements
Lunch is On Your Own
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Tuesday Afternoon, June 8
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Session C1: Geodetic and Geoinformation Science 1 - Remote Sensing
2 p.m. - 5:30 p.m., Grand Ballroom C
Co-chair
Dr. Dorota Grejner-Brzezinska
Ohio State University
Co-chair
Prof. Chris Jekeli
Ohio State University
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1. Detecting Moving Targets from Airborne LiDAR Data: C.K. Toth, D. Grejner-Brzezinska, S. Moafipoor, Ohio State University
2. Landing Site Mapping and Rover Localization in the Mars Exploration Rover (MER) Mission: R. Li, K. Di, F. Xu, J. Wang, X. Niu, C. Serafy, Ohio State University; L. Matthies, Jet Propulsion Laboratory, California Institute of Technology
3. ICESat Laser Altimetry in the Great Lakes: A. Braun, K. Cheng, B. Csatho, C.K. Shum, Ohio State University
4. Crustal Vertical Motion Inferred by Tide Gauges and Satellite Altimetry: C.-Y. Kuo, C.K. Shum, A. Braun, Ohio State University
5. DEM Generation and Ice Stream Velocity Estimation for Sulzberger Ice Shelf, West Antarctica Using SAR Interferometry: S. Baek, C.K. Shum, Ohio State University; Z. Lu, O.-I. Kwoun, USGS EROS Data Center; M. Baessler, R. Dietrich, Technische Universitat Dresden, Germany
6. Validating Low Earth Orbiting Satelite Ionosphere TEC Using GIM: S. Ge, L.V. Potts, C.K. Shum, Ohio State University; J. Ping, National Astronomical Observatory, Japan; A. Saito, Kyoto University, Japan
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Session C2: Aviation 2
2 p.m. - 5:30 p.m., Grand Ballroom D
Co-chair
Dr. Chris Bartone
Ohio University, School of Electrical Engineering and Computer Science
Co-chair
Jeff Dickman
Ohio University, School of Electrical Engineering and Technology, Avionics Engineering Center
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1. The LORIPP Analysis of Loran for Required Navigation Performance 0.3: S. Lo, P. Enge, L. Boyce, B. Peterson, R. Wenzel, T. Gunther, P. Morris, K. Carroll, Stanford University
2. Development and Status of Integrated GPS/Loran Prototype for Aviation: G.L. Roth, Locus, Inc.; J.L. Davis, FreeFlight Systems; M.J. Narins, Federal Aviation Administration
3. Integrated GPS/Loran RF Simulator Development: B. Peterson, K. Dykstra, Peterson Integrated Geopositioning, LLC
4. Use of IKONOS Stereo Imagery Collection and Multispectral Imagery Analysis to Reduce Risks from Man-Portable-Air-Defense-Systems (MANPADS) at Civil Airports: D. Damjanovic, Space Imaging LLC
5. Modular Program for Evaluating IMU Coast Performance: E. Schifferns, R. Lilley, Illgen/Northrup-Grumman; M. Narins, FAA; J.L. Farrell, VIGIL
6. Navigational Considerations Relating to Advanced Collision Avoidance Systems for Unmanned Aerial Vehicles: W.M. Gutman, S.B. Hottman, L.R. Sugerman, New Mexico State University
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Session C3: Classified-Military Navigation System Testing
2 p.m. - 5:30 p.m., Offsite: AFIT
Co-chair
Jim Brewer
746th Test Squadron, TGGP
Co-chair
Curt Cadwallader
746th Test Squadron
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1. Preliminary Analysis of an Ultra Tightly Coupled GPS/INS Implementation: E.J. Ohlmeyer, Naval Surface Warfare Center
2. Measurements on the Effects of the Adapted Antenna Pattern of GPS CRPA Arrays on Reception of M Code Signals: B. Rama Rao, J. Torres, J.T. Ross, R.J. Davis, The MITRE Corporation
3. Beamsteering Anti-Jam GPS Analysis Results: D. Howell, AFRL
4. Navigation Warfare Simulation Results Supporting Operation Iraqi Freedom: D. Howell, AFRL
5. Capturing the Multipath and RFI Environment on a Carrier Flight Deck with a Digital Storage Receiver: K.L. Gold, A. Brown, NAVSYS
6. Evaluation of Accurate Navigation and Target Geolocation on an Unmanned Aerial Vehicle: J.P. Cunningham, Naval Surface Warfare Center
Alternates
1. Ultratight Jamming Tolerance Relationships Derived Using 3-D Simulation Analysis: J. Lukesh, A.S. Abbott, The Aerospace Corporation
2. Receiver Susceptibility Testing as an Essential Element of NAVWAR Electronic Support
: J.W. Youngberg, BAE Systems
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Classified Session Requirements
Annual Awards/Fellows Banquet: Grand Ballroom, 6-9pm
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Wednesday Morning, June 9
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Session D1: Geodetic and Geoinformation Science 2 - Gravimetry
8:30 a.m. - noon, Grand Ballroom C
Co-chair
Dr. Dorota Grejner-Brzezinska
Ohio State University
Co-chair
Prof. Chris Jekeli
Ohio State University
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1. Airborne Gravimetry Using INS/GPS and Gravity Gradiometers: C. Jekeli, Ohio State University
2. Gravity Compensation Methods for Precision INS: J.H. Kwon, Ohio State University
3. Improving Resolution of Airborne Gravimetric System by Use of Wavelet Shrinkage Denoising: X.P. Li, C. Jekeli, Ohio State University
4. NGA Gravity Support for Inertial Navigation: P.D. Kopcha, NGA
5. Calibration of CHAMP Accelerometer Observations for Precise Determination of in Situ Gravity Vector: Y. Chen, S.-C. Han, C.K. Shum, B. Schaffrin, Ohio State University
6. Implementation of Parallel Least Square Algorithm for Gravity Missions: J. Xie, C.K. Shum, S.-C. Han, S. Ge, Ohio State University
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Session D2: Receiver and Antenna Technologies
8:30 a.m. - noon, Grand Ballroom D
Co-chair
Capt. Desiree Craig
USAF 746th Test Squadron
Co-chair
Dan Crouch
U.S. Air Force
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1. Angles of Arrival Tracking of GPS Signals with Digital Beamforming Monopulse for Attitude Determination: C. Yang, Sigtem Technology, Inc.; D. Lin, Air Force Research Labs/SNAR
2. A Carrier Phase Tracking Receiver for Difficult GPS Environments: X. Jia, J. Barnes, C. Rizos, The University of New South Wales, Australia; R. Bryant, E, Glennon, J. Gordon, Sigtec Navigation Pty Ltd., Australia
3. Indoor Industrial Machine Guidance Using Locata: A Pilot Study at Bluescope Steel: J. Barnes, C. Rizos, M. Kanli, University of New South Wales, Australia; D. Small, G. Voigt, N. Gambale, J. Lamance, QX Corporation Pty Ltd., Australia; T. Nunan, C. Reid, BlueScope Port Kembla, Steelworks
4. Sensitivity Improvement of a Low Cost Commercial GPS Receiver Using Software Approach: D.M. Lin, J. Tsui, L. Liou, J. Schamus, Air Force Research Laboratory/SNRP
5. Constrained Optimization for Joint Estimation of Channel Biases and Angles of Arrival for Small GPS Antenna Arrays: C. Yang, Sigtem Technology, Inc.; D. Lin, Air Force Research Labs/SNAR
6. Time Transfer Between UTC and Local Vehicle Time for the Gravity Probe B Relativity Mission: J. Li, P. Shestople, G.M. Keiser, Hansen Experimental Physics Lab, Stanford University
Alternate
1. Multipath Mitigation Using Electromagnetic Fence: Y. Zhang, C. Bartone, Ohio University, Avionics Engineering Center
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Session D3: Military Navigation
8:30 a.m. - noon, Grand Ballroom E
Co-chair
John Broomfield
Overlook Systems Technologies, Inc.
Co-chair
Capt. Terry Bouska
746 Test Squadron, United States Air Force
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1. Covariance Estimation for Terrain Referenced Navigation with a Comparison Technique: J. Metzger, O. Meister, G.F. Trommer, University of Karlsruhe, ITE, Germany; F. Tumbraegel, B. Taddiken, EADS Military Aircraft, Terraindata Based Systems
2. Tactical HIGH - Solution Separation Methods Applied to the War Fighter Environment: B. Fly, J. Waid, Honeywell Defense & Space Electronic Systems
3. Simulating the Controlled Reception Pattern Antenna (CRPA) and Analyzing its Performance: K. Meyer, Advanced Information Engineering Services - A General Dynamics Company
4. A Position & Time Operations Analysis in a Passive Network-Centric Warfare Environment: J.M. Catanzarite, Jr., General Dynamics; J. Coker, AFRL/SNRP
5. New Generation GPS and Radar Aided Inertial Navigation System for Ballistic Missile Interceptors: J. Anders, C. Bubar, V. Estrada, C. Johnson, R.S. Ornedo, Raytheon Systems Company
6. Cold Atom Interferometer as Inertial Measurement Unit for Precision Navigation: C. Jekeli, Ohio State University
Alternate
1. Communication/Navigation Outage Forecasting System (C/NOFS) Mission Operations : A Ground Operations Summary: T. Ortiz, J. Spagnolia, SMC DET12/VO; M. Murphy, SMC DET12/ST; J. Denoyer, AFRL/VSE-F; C. Finley, Aerospace Corp.
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Informal Luncheon Buffet: Tradewinds Tent, noon-1pm
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Wednesday Afternoon, June 9
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Session E1: Geodetic and Geoinformation Science 3 - Positioning with GPS and IMU
1 p.m. - 4 p.m., Grand Ballroom C
Co-chair
Dr. Dorota Grejner-Brzezinska
Ohio State University
Co-chair
Capt. Chris Jekeli
Ohio State University
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1. On-the-Fly Alignment of a Low-Cost Inertial Measurement Unit Using DGPS Derived Velocities: T. Galappaththi, N. El-Sheimy, Mobile Multi-Sensor Research Group, University of Calgary, Canada
2. GPS-Network Analysis with BLIMPBE: A Less Biased Alternative to Least-Squares Adjustment: K. Snow, TOPCON Positioning Systems, Inc.; B. Schaffrin, Ohio State University
3. Performance Analysis of a Low Cost MEMS IMU and GPS Integration: Y. Yi, D.A. Grejner-Brzezinska, C.K. Toth, Ohio State University
4. Subsidence Survey of Offshore Platform Using GPS Precise Positioning Technique: A.N. Matori, Universiti Teknologi Petronas, Malaysia
5. Real-Time GPS Differentiation Through the 2.5G/3G Mobile Communication Media: A Case Study Using GPRS: S.A. Haidar, S.S. Saab, D.M. Issa, A.A. Zein, Lebanese American University
6. Data Fusion in Distributed Multi-Sensor System: H. Guo, Nanchang University, China; M. Yu, Jiangxi Normal University, China
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Session E2: Algorithms and Methods
1 p.m. - 4 p.m., Grand Ballroom D
Co-chair
Jose Gutierrez
Co-chair
Dr. Benjamin Remondi
The XYZs of GPS, Inc.
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1. GPS Signal Tracking with Kalman Filter Based on Joint Code Delay and Carrier Phase and Frequency Error Discriminator: C. Yang, Sigtem Technology, Inc.
2. Sigma-Point Kalman Filters for Integrated Navigation: R. van der Merwe, E.A. Wan, OHSU
3. Fading Multipath Reduction via FLL-aided Code Tracking in GPS: S.K. Kalyanaraman, M.S. Braasch, Ohio University
4. A New Positioning Algorithm Using GSM Communication: C.E. Lin, T.-C. Lu, C.-C. Li, Taiwan
5. Terrain Reference Navigation Using Airborne LAser SCAnner (ALASCA) - Preliminary Flight Test Results: J.L. Campbell, M. Uijt de Haag, F. van Graas, Ohio University Avionics Engineering Center
6. Towards Instantaneous Network-Based RTK GPS Over 100 km Distance: I. Kashani, Ohio State University & Technion - Israel Institute of Technology; P. Wielgosz, Ohio State University & University of Warmia and Mazury in Olsztyn, Poland; D.A. Grejner-Brzezinska, Ohio State University
Alternates
1. Creating Nearly Orthogonal Codes in GNSS Using Unequal Code Lengths: Q. Zhengdi, S. Turunen, The Nokia Corporation, Finland
2. Performance of Receiver Autonomous Integrity Monitoring (RAIM) in the Presence of Simultaneous Multiple Satellite Failures: Young C. Lee, The MITRE Corporation/CAASD
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Session E3: NDGPS Enhancements
1 p.m. - 4 p.m., Grand Ballroom E
Co-chair
Dave Wolfe
U.S. Coast Guard
Co-chair
Kirk Zwicker
Nautel Inc.
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1. Performance of Signal Designs for Improved Data Capacity from DGPS Radiobeacons: P. Swaszek, University of Rhode Island; R. Hartnett, K. Gross, U.S. Coast Guard Academy; P. Enge, Stanford University; G. Johnson, John J. McMullen Associates, Inc
2. HA-NDGPS RTK Positioning as a Function of Baud Rate: 50 - 1000 bps: B.W. Remondi, K. Ferguson, M. Albright, The XYZs of GPS, Inc.
3. Development of an Antenna Coupler That Fully Compensates the Deficiencies of Electrically Short LF/MF Antennas: J.R. Pinks, Nautel, Inc.
4. NDGPS Reference Station and Integrity Monitor Architecture Modernization: K. Ferguson, M. Albright, B.W. Remondi, The XYZs of GPS, Inc.; A. Cleveland, M. Parsons, USCG C2CEN
5. DGPS and WAAS Maritime Accuracy and Availability Studies: G. Johnson, John J. McMullen Associates; R. Hartnett, U.S. Coast Guard Academy; P. Swaszek, University of Rhode Island
6. High-Accuracy DGPS and Precise Point Positioning Based on Ohio CORS Network: P. Wielgosz, Ohio State University & University of Warmia and Mazury in Olsztyn, Poland; I. Kashani, Ohio State University & Technion - Israel Institute of Technology; D.A. Grejner-Brzezinska, Ohio State University
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ION Membership Special!
If you registered for the this meeting as a full non-member registrant (you
would have paid either $535 or $595 in registration fees and you have been issued a yellow
badge), you are eligible to purchase an annual ION membership at an introductory rate of
$15 (Add $10 for memberships outside of the U.S.). See the Registration Desk for details!
Membership Renewals. If you registered for the National Technical Meeting as a member
or with any other type of registration, consider renewing your membership now at the
annual membership rate of $55 per year (Add $10 for memberships outside of the U.S.). The
Registration Desk can provide you with a conference receipt for this fee and your company
may reimburse you for the charges!
Membership Benefits. Complimentary subscription to NAVIGATION, the ION’s quarterly journal
- Complimentary subscription to the ION Newsletter - Discount rates on ION publications
- Discounts on ION meeting registrations - Advance notice of all ION meetings - Participation
in local section activities, luncheons and technical programs - Privilege to vote
and hold office - Congressional Fellow Program - Annual Awards & Fellows Program -
Document search and retrieval services for members through the ION Web Site.
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Attention Professors and University Students!
ION Autonomous Lawn Mower Competition
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The ION is proud to announce the The First
Autonomous Lawn Mower Competition
sponsored by the Satellite Division and hosted
by the Dayton Section of the Institute of
Navigation.
The purpose of the competition is for universities
and colleges to design and operate an autonomous lawn mower
using the art and science of navigation to rapidly and accurately mow a
field of grass.
The first autonomous lawn mower competition will be held June
4–5, just prior to the ION’s Annual Meeting, June 7–9. Cash awards will
be presented to the top three teams. The awards are as follows: first
prize: $2,500; second prize: $1,500; and third prize: $1,000.
Please see the ION Web site at http://www.ion.org/satdiv/lawnmower.cfm for a complete description
of the competition, entry requirements, rules, and regulations.
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Special Events
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Monday, June 7
SPOUSES COFFEE HOUR
10 a.m., Oakwood Room
During this time the hotel concierge will be available to advise you of special attractions in the Dayton area. This time will also afford
you the opportunity to meet up with familiar touring companions and develop new friendships.
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Tuesday, June 8
ANNUAL AWARDS/FELLOWS BANQUET
6 - 9 p.m., Grand Ballroom
The Institute of Navigation’s 23rd Annual
Awards will be presented and the 2004 ION
Fellows will be named. Evening/business dress
is recommended.
6–7 p.m., Cash Bar
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7–8 p.m., Dinner
8–9 p.m., Annual Awards/Fellows Program
This event is included in the price of a
FULL registration. See the registration form
for ticket prices for single-day registrants
and guests.
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Monday, June 7
MEET AND GREET SOCIAL
6 - 9 p.m., Air Force Museum, Modern Flight Hangar
A welcome reception and cash bar will be held in the U.S. Air Force Museum’s Modern Flight
Hanger where you will have the opportunity to socialize and take a self-guided tour. A bus will
transport you from the Dayton Marriott to the museum between 6:30 p.m. and 7 p.m. Return
trips will be made as busses fill. This event is included in any type of registration. Spouses
are welcome.
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Wednesday, June 9
INFORMAL LUNCHEON BUFFET
Noon - 1 p.m., Tradewinds Tent
This event is included in the price of a FULL registration. See the registration form for
ticket prices for single-day registrants and guests.
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Dayton, Ohio - Something for Everyone
Best known as the birthplace of aviation—where Orville and Wilber Wright dreamed up their flights of fancy—Dayton is home not only to aviation marvels, but to a myriad of exciting attractions, including world-class museums, outstanding art and cultural offerings, sport and recreational activities, shopping, and fine dining. Dayton has something for everyone.
Dayton Aviation Trail
Aviation aficionados flock to the Dayton/Miami Valley area. With more than 50 sites crucial to the history of aviation, the region boasts plenty of artifacts and exhibits to keep your head in the clouds. Take the self-guided Dayton Aviation Trail driving tour to orient you to the area’s aviation landmarks. For information, visit the Aviation Trail building at the Wright Dunbar Plaza near the Wright Cycle Shop.
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Wright B Flyer—Dayton-Wright Brothers Airport
The Wright B Flyer was built by a group of aviation experts who, in 1973, took on the challenge of building a flyable look-alike. The Wright–B Flyer look-alike is housed in a replica of the Wright Brothers’ Huffman Prairie hanger. For a fee, you can travel back in time to experience early flight.
United States Air Force Museum
Dayton is also home to the world’s largest and oldest military aviation museum. The U.S. Air Force Museum boasts 10 acres of exhibits, including a hanger highlighting Cold War-era memorabilia. More than 300 aircraft and missiles and thousands of artifacts are on display. Don’t miss the Air Force One collection, the Apollo 15 space capsule, and, of course, Wright Brothers memorabilia. You can also experience the thrill of flight at the on-site IMAX theatre.
National Aviation Hall of Fame
It seems only fitting that the birthplace of aviation would include a National Aviation Hall of Fame to honor the men and women who have contributed so much to flight. The National Aviation Hall of Fame is adjacent to the U.S. Air Force Museum and offers interactive educational exhibits emphasizing the scientific and historical contributions of air and space pioneers. Since 1962, the Hall of Fame has honored 178 men and women in all aspects of aviation.
The Citizen’s Motorcar Company: America’s Packard Museum
For those who prefer their transportation on the ground, the American Packard Museum, located in the original 1917 Packard Dealership, displays an array of automobiles and artifacts from the Packard Motorcar Company. This museum was named one of the 10 best in the United States by Car Collector Magazine.
The Citizen’s Motorcar Company: America’s Packard Museum
For those who prefer their transportation on the ground, the American Packard Museum, located in the original 1917 Packard Dealership, displays an array of automobiles and artifacts from the Packard Motorcar Company. This museum was named one of the 10 best in the United States by Car Collector Magazine.
Art and Culture
Dayton’s beautiful new $130 million Benjamin and Marian Schuster performing Arts Center offers performances by the Dayton Opera, the Dayton Philharmonic Orchestra, and the Dayton Contemporary Dance Company. Theatre goers will enjoy hit Broadway performances in the 2,300 seat Mead Theater.
Of course the Dayton Art Institute is home to many world-class collections and thought provoking exhibits. The Renaissance inspired Italian villa, listed on the National Register of Historic places, showcases permanent and special collections of art ranging from Chinese artifacts to works by American artist Andy Warhol. Highlights include such paintings as Claude Monet’s “Waterlilies” and Georges Rouault’s “Madonna of the Fields.”
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The Dayton Marriott Hotel
1414 South Patterson Blvd.
Dayton, OH
Phone: (800) 450-8625 - Fax: (937) 223-7853
Accommodations are offered at the Dayton Marriott, 1414 South Patterson Blvd., with easy access to all of Dayton’s downtown attractions, Wright Patterson Air Force Base and Dayton International Airport.
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Reservations.
You can make reservations by calling 1-800-450-8625 (international participants may fax their reservation to 937-223-7853). Be sure to make your reservations by May 15 to receive the special ION rate of $99 single/double per night.
Government Reservations.
A limited number of government rates are available. The U.S. government rate will be honored only for those persons traveling with U.S. government travel orders and paying for the room with a U.S. government-issued credit card. Failure to provide these validations at check-in will result in your reservation being honored at the group rate.
If you do not meet these criteria, please do not reserve a government-rate room, as this will deny qualifying individuals from obtaining a room. Government contractors and/or retired or non-active military personnel do not qualify for government rate rooms.
Hotel Parking.
Hotel parking at the Dayton Marriott is complimentary.
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Driving Directions
From Dayton International Airport:
Go east on I-70, two miles to I-75 South. Take Exit 51 (Edwin Moses Blvd.). Turn left at the traffic light. Go past the University of Dayton Arena, then turn right on Stewart Street and cross a bridge. Turn right on South Patterson Blvd. The hotel is on the left.
Taxi Fare
Taxi fare from Dayton International
Airport to the Dayton Marriott Hotel is approximately
$30 each way. There is currently not an airport shuttle service. Car rental is recommended.
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Attention International Participants
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We recommend that you apply for your visa at least
two months in advance due to security related policies
that have greatly increased the processing time for visa
applications.
U.S. consular officers now interview most
applicants as part of the application process. This can
add additional time and delays. Currently there is a
mandatory security check period of 30 days for people
whose passports are issued from several countries,
including China, North Korea, and most middle-eastern
countries. Furthermore, the U.S. State Department
requires citizens of many countries to obtain visas to
attend any scientific program.
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After October 1, 2003, citizens from visa waiver
program (VWP) countries also will be required to obtain
a visa if they do not have a machine-readable passport.
You are urged to contact the nearest U.S. embassy,
or consulate, to find out if your government has been
granted a one-year delay of this rule or if you will need
to obtain a new passport prior to traveling.
For general information about visas go to:
http:
//www7.nationalacademies.org/visas/.
For Visa Waiver
Program & Machine Readable Passports information go
to:
http://travel.state.gov/state204550.html.
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