Generating realistic sensor observations for OD analysis
Id: 301
Type: Conference paper
Published: 08/22/2018
Event: AAS/AIAA Astrodynamics Specialist Conference 2018
Authors:
Click an author to filter the list of related assets below.Abstract:
Satellite mission design requires simulating realistic observations to determine the ex-pected accuracy of the orbit determination. Generating observations for satellites is com-plicated because actual observations are affected by many factors, including operational limitations. Target satellite catalogs must be accurate. Sensor access must be realistic and include additional constraints of scanning, range, lighting, frequency, elevation, cadence, observation scheduling, and sensor limitations. A generic architecture is developed to in-teract with a variety of simulation tools. Examples are provided using STK and ODTK for satellites observed from the AFSPC SSN, optical, transponder, and SLR networks.
Citation:
Vallado, David A. 2018. Generating Realistic Sensor Observations for OD Analysis. Paper AAS 18-202 presented at the AAS/AIAA Astrodynamics Specialist Conference, August 19-23. Snowbird, UT, accessible at https://comspoc.com/Resources/Content/Private/C-20220425T174056/Paper/AAS%2018-202%20Generating%20Realtistic%20Sensor%20Observations%20for%20OD%20Analysis%20Final.pdf
Papers with related authors:
Using Spacebook and Cesium to Promote and Enhance Flight Safety
Read MoreActionability and Persistence Of Conjunction Data
Read MoreActionability and Persistence of Conjunction Data
Read MorePractical issues with using a full gravity field
Read MoreLEO satellite behavior during the May 2024 Gannon geomagnetic storm
Read MoreDeep operator and SSA collaboration for space sustainability
Read MoreSynthetic Covariance Production Using a New Digital Approach
Read MoreContrasting the Inflection Points and Efforts in Space Traffic Coordination and Management
Read MoreAddressing the debilitating effects of maneuvers on SSA accuracy and timeliness
Read MoreActionability and Persistence of Conjunction Data
Read MoreDEEP OPERATOR AND SSA COLLABORATION FOR SPACE SUSTAINABILITY
Read MoreRussian ASAT Debris Cloud Evolution and Risk
Read MoreResults of comprehensive STCM data fusion experiment
Read MoreDebris Risk Evolution And Dispersal (DREAD) for post-fragmentation modeling
Read MoreSequential Processing of ILRS Observations – Experiences over the last 5 years
Read MoreFragmentation event debris field evolution using 3d volumetric risk assessment
Read MoreApplication of New Debris Risk Evolution And Dissipation (DREAD) Tool to Characterize Post-Fragmentation Risk
Read MoreOrbital Strategies to Mitigate the Solar Exclusion Effect on Space-Based Observation of the Geosynchronous Belt
Read MoreNew Consolidated Files for Earth Orientation Parameters and Space Weather Data
Read MoreUpdated Analytical Partials for Covariance Transformations and Optimization
Read MoreSequential Orbit Determination Using Satellite Laser Ranging
Read MoreImproved SSA through orbit determination of Two Line Element Sets
Read MoreEvaluating Gooding Angles-only Orbit Determination of Space Based Space Surveillance Measurements
Read MoreORBIT DETERMINATION ISSUES AND RESULTS TO INCORPORATE OPTICAL MEASUREMENTS IN CONJUNCTION OPERATIONS
Read More