15th ICCRTS
نویسندگان
چکیده
Threat evaluation in naval Anti-Air Warfare (AAW) operations is accompanied by an unprecedented level of stress and cognitive overload for the operators mainly because of the dynamic and time-constrained nature of the context and the important amount of variables involved. A mixed-initiative capability is proposed that provides the operator with the needed information at different steps of his problem-solving task. Recognizing assistance opportunities, the capability provides, opportunistically, feedback that is adapted to the current problem-solving situation. Exploiting threat evaluation algorithms, the capability reasons on several inputs, such as the operator’s actions and preferences; the automation solution and its characteristics; and contextual information, in order to plan the best feedback in terms of content, format, and timing. While relieving the operator’s memory resources by representing the problem space through graphical interfaces, the capability uses several strategies to draw his/her attention on missing data, to highlight relevant (and sometimes overlooked) information, and to signal reasoning flaws. The proposed capability not only supports in this way the operator in his own inferential process, but is also capable of explaining and putting forth arguments in favour of its solutions in order to build the operator’s trust in its recommendations.
منابع مشابه
15th ICCRTS
The phenomenon of situational awareness (SA) has received considerable attention in recent years and significant theoretical advances have been made which establish that SA is an important component of teamwork. This is especially true in complex environments, such as in command and control, where the team is required to deal with decision-making problems under significant pressure. Two models ...
متن کامل15th ICCRTS ”The Evolution of C2” Plan Maintenance for Continuous Execution Management Planning, Plan Repair, Execution Monitoring
Research in the planning community has focused on improving plan generators to produce better, more efficient plans faster. However, the environments in which these plans are usually executed are highly dynamic and even the best plans cannot account for unforeseen circumstances. Additionally, the decision-making processes are still handled by human operators, rendering fully automated approache...
متن کامل15th ICCRTS
Command and Control operators rely heavily on radio communications to efficiently plan, direct, coordinate, and control assets to successfully complete their mission. This communication intensive environment imposes a high degree of workload on operators thus resulting in failures of detection or comprehension of communication. Multi‐Modal Communication (MMC) is a net‐centric communication ma...
متن کامل15th ICCRTS
Connectivity does not automatically provide NEC, but there is no NEC without connectivity. The integration of UAV Control Stations (UCSs) into a Command & Control (C2) network can significantly reduce the amount of voice communication needed to coordinate and synchronize events. The integration of UCSs into an Air Traffic Management (ATM) network provides the basis for UAV operations in future ...
متن کامل15th Iccrts “the Evolution of C2” Paper Id: 041 Phase Space Shifts in Command Structures in Networked Systems
This paper presents the rationale behind an important enhancement to the NATO SAS-050 approach space, combined with empirical results which take advantage of these enhancements. In Part 1 a new theoretical legacy for the NATO model is presented. This legacy inspires a number of developments which allow live data to be plotted into it, and we demonstrate that the model is well able to discrimina...
متن کامل