A slow autonomy for threat resolution in the cyber-physical-human air transportation system

Abstract:

The air transportation system is a complex agglomeration of physical-world, cyber-, and human assets. The management of threats to this infrastructure requires complex strategies that account for and leverage these various assets: this has traditionally been done manually by the various stakeholders involved in system operations, but manual resolution of threats is becoming increasingly challenging. The purpose of this presentation is to explore the development of automation to manage threats to the air transportation system. We bring forth the perspective that threat management requires a new type of slow autonomy--which is not concerned with extreme speed or precision, but rather flexible management of highly sophisticated systems with extreme uncertainty and ill-defined goals.

Año de publicación:

2019

Keywords:

Fuente:

scopus