From the thesis abstract: "America's capability to operate in space is increasing with every passing day. Space operations are already recognized as a crucial part of all American military operations. Military space operations may be indirect, through such staples as navigation, communications, and surveillance/reconnaissance support to the war fighter, or direct, through development and fielding of a range of responsive directed energy and kinetic energy weapons. A modest fleet of flexible, mission-tailored transatmospheric vehicles (TAVs) has an important place in any thoughtful space operations architecture, providing the only conceivable way to insert human presence rapidly into the fast-breaking crises of 2025. Space represents the future--a future in which aerospace power will increasingly be projected through space systems. This paper advocates a 'system-of-systems' architecture for an American global space-strike capability in 2025. This architecture recognizes the importance of the global information network (surveillance and reconnaissance combined with the intelligence system), the military command and control system, the perennial space 'utilities' (communications, navigation, and weather), and a robust readiness and sustainment system to enable the fielding of space-based or space-borne weapon systems. The weapon system itself is described as a smaller system-of-systems composed of the weapon, its platform, and a primarily off-board surveillance, acquisition, and tracking/battle damage assessment capability provided through the global information network."
Defense Technical Information Center (DTIC): http://www.dtic.mil/dtic/