BMDS Radars Modeling & Simulation (M&S)
Abstract
Missile Defense System Radars M&S efforts include development and maintenance of enhanced sensor models, development and maintenance of Radio Frequency scene generators, integration of simulations into the Missile Defense System M&S architecture, and Verification, Validation, and Certification (VV&C) of radar models, including high fidelity models used for performance assessment. This project also supports war games, Warfighter exercises and training, execution of element-level ground test campaigns and element-level post-flight reconstructions, and the development of M&S frameworks and truth models required to anchor M&S. These activities include: -Develop and sustain Digital and Hardware-in-the Loop (HWIL) representations of various simulations and models to include the tactical versions of AN/TPY-2, LRDR, SBX, UEWRs, and CD, to include development of real-world capabilities in high fidelity ground test and performance assessment models to keep pace with evolving threats and Missile Defense System -Perform VV&C of radar models, including electronic protection and objective debris mitigation, for use in performance assessments -Support technical and performance assessments including Ground Test and Continuous Digital Assessment using Open Systems Architecture Sensor Models (OSM), Open Systems Architecture Signal Injectors, and Multi-band Electronic Attack Digital Injection Capability (MEDIC) -Develop End-to-end Digital Integrated System-level Simulation (EDISS) and Ground Test Integrated System-level Simulation (GTISS) improvements to the Missile Defense Agency (MDA) Ground Test Architecture that provides assessment data, supplemental to Ground and Flight tests, in areas that those venues cannot address -Conduct continuous agile system requirements analysis, software development, integration, and test of incremental versions for enhanced EDISS and GTISS capabilities -Conduct element-level and support system-level verification and validation activities Specific and/or unique accomplishments to each FY are as follows:
Document Details
- Document Type
- Accomplishment
- Publication Date
- Oct 01, 2024
- Source ID
- 164f50ee55e6130500ff462297b709cc