Title :
Agent-Based Design for UAV Mission Planning
Author :
Pascarella, Domenico ; Venticinque, S. ; Aversa, Rocco
Author_Institution :
Soft Comput. Lab., CIRA (Italian Aerosp. Res. Centre), Capua, Italy
Abstract :
This paper investigates agent-based modelling and design of a mission planning module for an Unmanned Aerial Vehicle (UAV). Agents can act on behalf of remote human operators, who impose mission objectives, performing autonomous or supervised behaviours. The planning module is in charge to deliberate the strategic tasks to achieve mission objectives and to satisfy environment constraints (area of operations, aircraft performances, etc.). However agent\´s autonomy level should be variable because the remote pilot is able to carry out "all level" control (strategic, tactical or remote piloting control). Here we define a multi-objective model for implementing a goal-directed decision making support to the planning module. The statement of the problem and the related design concept are described.
Keywords :
autonomous aerial vehicles; constraint satisfaction problems; decision making; multi-agent systems; path planning; strategic planning; UAV mission planning module; agent autonomy level; agent-based design; agent-based modelling; autonomous behaviour; environment constraint satisfaction; goal directed decision making; multiobjective model; remote human operator; remote pilot; strategic task; unmanned aerial vehicle; Fuels; Hazards; Optimization; Planning; Surveillance; Vehicles; BDI agents; UAV; agent-based software; autonomous systems; mission planning; persistent surveillance;
Conference_Titel :
P2P, Parallel, Grid, Cloud and Internet Computing (3PGCIC), 2013 Eighth International Conference on
Conference_Location :
Compiegne
DOI :
10.1109/3PGCIC.2013.18