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原文传递 UAS-Systems Integration, Validation, and Diagnostics Simulation Capability.

题名：	UAS-Systems Integration, Validation, and Diagnostics Simulation Capability.
作者：	Buttrill, C. W.; Verstynen, H. A.
关键词：	Aircraft Reliability; Computerized Simulation; Failure Modes; Hardware-in-the-loop Simulation; Systems Integration
摘要：	As part of the Phase 1 efforts of NASA's UAS-in-the-NAS Project a task was initiated to explore the merits of developing a system simulation capability for UAS to address airworthiness certification requirements. The core of the capability would be a software representation of an unmanned vehicle, including all of the relevant avionics and flight control system components. The specific system elements could be replaced with hardware representations to provide Hardware-in-the-Loop (HWITL) test and evaluation capability. The UAS Systems Integration and Validation Laboratory (UAS-SIVL) was created to provide a UAS-systems integration, validation, and diagnostics hardware-in-the-loop simulation capability. This paper discusses how SIVL provides a robust and flexible simulation framework that permits the study of failure modes, effects, propagation paths, criticality, and mitigation strategies to help develop safety, reliability, and design data that can assist with the development of certification standards, means of compliance, and design best practices for civil UAS.
报告类型：	科技报告