Demand Analysis of Air-Ground Integrated Cooperative Urban Anti-Terrorism Operations Capabilities based on GQFD

Abstract

Urban counter-terrorism operations involve complex environments and high information uncertainty, making Integrated Air-Ground Teaming (IAG-T) a critical model for enhancing operational effectiveness. However, systematically and precisely translating ambiguous operational tasks into clear, quantifiable system capability requirements remains a core challenge in current equipment system development. This study aims to employ a combined approach of Grey System Theory and Quality Function Deployment (GQFD) to construct a scientific requirements analysis model. This model addresses uncertainties in mapping integrated air-ground urban counter-terrorism operational capability requirements, providing a theoretical foundation for equipment system development, tactical formation, and effective support.The paper first analyzes typical urban counter-terrorism scenarios to extract operational mission requirements. It then employs grey system theory to address the incompleteness and ambiguity of expert evaluations, determining grey weights for each requirement. Subsequently, a "mission-capability" relationship matrix is constructed using GQFD, precisely mapping top-level mission requirements to specific integrated air-ground system capabilities. Finally, computational analysis identifies critical capability requirements and their priority sequence.Applying GQFD (Grey Quality Function Deployment) to analyze urban counter-terrorism operational capability requirements for integrated air-ground coordination effectively addresses uncertainty and ambiguity in requirement information, ensuring capability development precisely aligns with operational missions.