초록 ▼

An integrated evaluation and simulation system for ground combat vehicles interactively evaluates concept design decisions and design requirements in the context of an operational ground combat vehicle. The combat effectiveness of a ground combat vehicle may also be concurrently tested by virtual si

An integrated evaluation and simulation system for ground combat vehicles interactively evaluates concept design decisions and design requirements in the context of an operational ground combat vehicle. The combat effectiveness of a ground combat vehicle may also be concurrently tested by virtual simulation. A computer system is programmed to implement a causal network model comprising an integrated collection of analysis models for creating a virtual representation of a ground combat vehicle. The integrated evaluation and simulation system includes a user interface operatively coupled to at least the computer system to selectively input data into the causal network model and receive information therefrom, and at least one virtual simulation system. The system can further include either a virtual simulation system operatively coupled to the causal network model or, as part of the computer system, a virtual simulation system interface to communicate with a separate virtual simulation system.

대표청구항 ▼

What is claimed is: 1. An integrated evaluation and simulation system for a ground combat vehicle, comprising: a computer system programmed to implement a computational engine factoring at least one interrelationship among a plurality or critical combat effectiveness functional attributes and const

What is claimed is: 1. An integrated evaluation and simulation system for a ground combat vehicle, comprising: a computer system programmed to implement a computational engine factoring at least one interrelationship among a plurality or critical combat effectiveness functional attributes and constrained resources for the ground combat vehicle, and to create an optimally combat effective virtual representation of the ground combat vehicle, wherein the computational engine has a modular software architecture down to a vehicle component level, wherein the modular software architecture has a plurality of modules wherein each module is represented by a separate subroutine including: a first level, a second level, and a third level of categorizing subroutines; whereby the first level categorizes subroutines by primary parts of the computer system and wherein the second level defines funtional categories of the parts; at least one virtual simulation system operatively coupled to the computational engine for simulating the ground combat vehicle; and a user interface operatively coupled to at least the computer system for selectively inputting data into the computational engine and receiving information from the computational engine and the virtual simulation system; wherein the categories of the first level are graphical user interface, software for a control system, software to interface with a virtual simulation system, and models to compute performance, cost, and weight; wherein graphical user interface is subcategorized into the second level categories of input graphical user interface and output graphical user interface; and wherein software, software for the control system is subcategorized into the second level categories of software to control analysis and algorithms to control optimization; wherein software to interface with a virtual simulation system is subcategozized into the second level categories of software for input interfaces and software for output interfaces, and wherein software models to compute performance, cost, and weight is subcategorized into the second level categories of software models to compute performance, software models to compute cost, and software models to compute weight; and wherein the second levele category of input graphical user interface is further subeategorized into the third level categories of mobility input graphical user interface, survivability input graphical user interface, C4I/crew input graphical user interface, lethality input graphical user interface, scenario input graphical user interface, model control input graphical user interface, analysis input graphical user interface, and threat input graphical user interface, wherein the second level category of output graphical user interface is further subeategorized into the third level categories of mobility output graphical user interface, lethality output graphical user interface, survivability output graphical user interface, C4I/crew output graphical user interface, output graphical user interface for various virtual simulation systems, and analysis output graphical user interface, and wherein the second level category of softwear to control analysis is further subcategorized into the third level categories of software to control a single run mode, software to control a sensitivities mode, and software to control a dependencies mode.