Multinational Mission Command: From Paper to Practice in NATO
This study explores the gap between written doctrine and operational practice, highlighting the complexities of implementing mission command within NATO’s diverse military landscape.
Mission Command’s Asymmetric Advantage Through AI-Driven Data Management
This article positions information asymmetry as a defining pillar of mission command rather than a limitation, presenting a condensation-distillation framework that manages complexity through data condensation, AI-driven distillation, and conceptual metrics.
Mission Command’s Asymmetric Advantage Through AI-Driven Data Management
This article positions information asymmetry as a defining pillar of mission command rather than a limitation, presenting a condensation-distillation framework that manages complexity through data condensation, AI-driven distillation, and conceptual metrics to assess asymmetric information flows.
How Will Emerging Technological Revolutions Including Artificial Intelligence and Robotic Autonomous Systems Impact the Command and Control of Land Operations?
This article examines how emerging technologies, particularly AI and robotic autonomous systems, will impact military command and control of land operations.
Analyzing the Impact of Improved Situational Awareness on Command and Control System Performance for Decision-Making
By incorporating effective depictions of information uncertainty, military leaders can act with improved Situational Awareness (SA) and make better-informed and sounder decisions.
Ontologies vs. Knowledge Graphs
This article explores the distinction and relationship between ontologies and knowledge graphs, clarifying common confusion about these terms.