Computer-based tools are designed and implemented to improve the quality and speed of the analysis of results from large scale optimization models. These tools are needed to manage the voluminous output generated by these models. This approach is applied to the United States Air Force model HEAVY ATTACK which is a largescale non-linear optimization program used to plan air-to-ground munitions requirements. A single execution of the model produces about 4,500 lines of results. The HEAVYATTACK decision-making process is studied and specific analysis tools are designed and implemented with a spreadsheet program on a personal computer.http://archive.org/details/analysistoolsfor00wallLieutenant, United States NavyApproved for public relea...
This chapter is mainly based on an important sector of operation research-weapon’s assignment (WTA) ...
Global Force Management (GFM) is a force-allocation process-driven system that distributes military ...
The military has recognized the need for automated decision aids to support battle management as war...
We develop a simulation to complement a new optimization tool that establishes inventory levels for ...
We describe a large-scale linear programming model for optimizing strategic (intercontinental) air...
This thesis presents a new methodology that can be used to address large-scale raids made up of diff...
In the post cold war environment, the rapid deployment of combat capability is critical. Deployment ...
Although lacking the same preeminent status of air assault planning, air movement operations compris...
With the advent of streamlined acquisition processes, such as simulation-based acquisition, the need...
"Prepared under Contract AF 19(628)-4805 by the Cornell Aeronautical Laboratory, Inc., of Cornell Un...
This paper develops an automated approach to plan for mass tactical airborne operations. This propos...
This research presents the Wargaming Commodity Course of Action Automated Analysis Method (WCCAAM), ...
The Office of the Chief of Naval Operations, Capability Analysis and Assessment Division (OPNAV N81)...
Optimizing equipment selection in heavy earthwork operations is a critical key in the success of any...
Presented at Western Decision Sciences Institute (WDSI 2018) conference, 47th Annual Meeting - Apri...
This chapter is mainly based on an important sector of operation research-weapon’s assignment (WTA) ...
Global Force Management (GFM) is a force-allocation process-driven system that distributes military ...
The military has recognized the need for automated decision aids to support battle management as war...
We develop a simulation to complement a new optimization tool that establishes inventory levels for ...
We describe a large-scale linear programming model for optimizing strategic (intercontinental) air...
This thesis presents a new methodology that can be used to address large-scale raids made up of diff...
In the post cold war environment, the rapid deployment of combat capability is critical. Deployment ...
Although lacking the same preeminent status of air assault planning, air movement operations compris...
With the advent of streamlined acquisition processes, such as simulation-based acquisition, the need...
"Prepared under Contract AF 19(628)-4805 by the Cornell Aeronautical Laboratory, Inc., of Cornell Un...
This paper develops an automated approach to plan for mass tactical airborne operations. This propos...
This research presents the Wargaming Commodity Course of Action Automated Analysis Method (WCCAAM), ...
The Office of the Chief of Naval Operations, Capability Analysis and Assessment Division (OPNAV N81)...
Optimizing equipment selection in heavy earthwork operations is a critical key in the success of any...
Presented at Western Decision Sciences Institute (WDSI 2018) conference, 47th Annual Meeting - Apri...
This chapter is mainly based on an important sector of operation research-weapon’s assignment (WTA) ...
Global Force Management (GFM) is a force-allocation process-driven system that distributes military ...
The military has recognized the need for automated decision aids to support battle management as war...