공간분리 및 신속성에 기반한 항공전력 할당 연구

Air power missions suffer from target allocation (WTA) issues, and resolving these issues is an important goal in air power operations to effectively destroy targets in a fixed area. A key consideration is the space separation between flight resources, in which the horizontal-vertical spatial separation between each flight resource entering an enemy zone should be considered. Spatial separation is regarded fundamental in successful mission performance, and it increases the viability of an aircraft to accomplish a given operation. Another important consideration is the speed of operations. Determining the shortest distance between the air power platform and an assigned moving target can help speed up operational performance and increase survival. However, swift operations not only rely on the shortest distance toward an assigned moving target within a zone but also how the moving targets enter and exit the zone. This paper presents an effective method for spatial separation within a given area and a model for rapid operation considering entry and egress.