Abstract: A machine-implemented Case-Managed ontology and decision support framework provides a basis for a family of machine database architectures for use in a system for countering forces of unknown intentions including fighting and winning the Global War on Terror. The system focuses resource allocation decisions on logically derived, targeted areas of interest with an emphasis on non-kinetic, non-destructive effects. The system combines proven doctrines and novel operational approaches. It employs readily available intelligence information, an ontological understanding of the problem domain, a three-level, metrics-driven, case-managed system and process to counter the forces of unknown origin, and an entire set of operational level activities combining strategic intent, tactical approaches, expected utility analysis, mission-level simulations, and integrated cost modeling.

Abstract: A machine-implemented Case-Managed ontology and decision support framework provides a basis for a family of machine database architectures for use in a system for countering forces of unknown intentions including fighting and winning the Global War on Terror. The system focuses resource allocation decisions on logically derived, targeted areas of interest with an emphasis on non-kinetic, non-destructive effects. The system combines proven doctrines and novel operational approaches. It employs readily available intelligence information, an ontological understanding of the problem domain, a three-level, metrics-driven, case-managed system and process to counter the forces of unknown origin, and an entire set of operational level activities combining strategic intent, tactical approaches, expected utility analysis, mission-level simulations, and integrated cost modeling.

Abstract: Improved method involving a series of unique steps for progressively and selectively processing data relative to a multiterminal computer network for storing, analizing and periodically upgrading stored data where the network is made up of one or more user terminals, an n-dimensional multicell memory, an electronically transportable metafile structure of ranked/indexed commands for any terminal user, a common metafile interface interchange agreement and an encoded access arrangement. By reason of each metafile structure being arranged between the interface interchange agreement and any user terminal; and by reason of the encoded access arrangement being arranged between the memory and the interchange arrangement, controlled and authorized access by any terminal user is maintained for reading, interpreting, adding, combining, modifying, etc. any data in the network whether data is from the memory, interchange arrangement or input from a user terminal.

Abstract: An improved user computer interface visual display workstation (UCIVDWS) system and an improved method for carrying out the system that concerns a common, password controlled UCIVDWS of the system for selectively controlling and monitoring one or more computer site arrangements; with each computer site being controllable in multi-mission fashion whether any computer site arrangement is arranged locally to or remote from the workstation arrangement; and even if any computer site arrangement has a different operating system from either any other system computer site arrangement or the system workstation itself. Moreover, the visual display at the workstation is generally made up of a multi-section, multi-formatted configuration such that certain sections of the workstation display have a plurality of user selectable function button.