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原文传递 ARMD Strategic Thrust 6: Assured Autonomy for Aviation Transformation.

题名：	ARMD Strategic Thrust 6: Assured Autonomy for Aviation Transformation.
作者：	Ballin, M.; Holbrook, J.; Sharma, S.
关键词：	Civil aviation, Autonomy, Flight management systems, Control systems design, Research and development, Technology assessment, Flight safety, Safety management
摘要：	In collaboration with the external community and other government agencies, NASA will develop enabling technologies, standards, and design guidelines to support cost-effective applications of automation and limited autonomy for individual components of aviation systems. NASA will also provide foundational knowledge and methods to support the next epoch. Research will address issues of verification and validation, operational evaluation, national policy, and societal cost-benefit. Two research and development approaches to aviation autonomy will advance in parallel. The Increasing Autonomy (IA) approach will seek to advance knowledge and technology through incremental increases in machine-based support of existing human-centered tasks, leading to long-term reallocation of functions between humans and machines. The Autonomy as a New Technology (ANT) approach seeks advances by developing technology to achieve goals that are not currently possible using human-centered concepts of operation. IA applications are mission-enhancing, and their selection will be based on benefits achievable relative to existing operations. ANT applications are mission-enabling, and their value will be assessed based on societal benefit resulting from a new capability. The expected demand for small autonomous unmanned aircraft systems (UAS) provides an opportunity for development of ANT applications. Supervisory autonomy may be implemented as an expansion of the number of functions or systems that may be controlled by an individual human operator. Convergent technology approaches, such as the use of electronic flight bags and existing network servers, will be leveraged to the maximum extent possible.
总页数：	Ballin, M.; Holbrook, J.; Sharma, S.
报告类型：	科技报告