DIGITAL INTERFACE BETWEEN MULTISPECTRAL FORCE LAYDOWN AND MULTISPECTRAL ENVIRONMENT GENERATOR

A METHOD OF CONVENIENTLY ADOPTING EXISTING SCENARIO LAYDOWNS TO A FORM COMPATIBLE WITH EXISTING MULTISPECTRAL SIMULATOR WILL ALLOW FACILITIES SUCH AS THE CECOM CENTER FOR EW/RSTA TO QUICKLY AND ECONOMICALLY CONFIGURE TEST SCENARIOS. NUMEROUS "BLESSED" MULTISPECTRAL LAYDOWNS EXIST THAT COULD BE IMPLEMENTED INTO SIMULATOR TESTING METHODOLOGIES WITH A MULTISPECTRAL INTERFACE. A COMPLEMENTARY METHOD FOR RAPIDLY EDITING FLIGHT PATHS THROUGH THE LAYDOWN OF INTEREST WILL ALSO FACILITATE TEST PROCESS. THIS STUDY WILL ESTABLISH A ROADMAP AND DESIGN ARCHITECTURE FOR ENHANCING THE EW/RSTA MSEG FACILITY. WHILE THE STUDY WILL FOCUS ON THE DESIGN OF A MULTISPECTRAL INTERFACE AND FLIGHT PATH EDITOR, THE PLAN WILL ALSO INCLUDE BRINGING ADDITIONAL UPGRADES TO THE MSEG. AMHERST SYSTEMS IS IN AN UNIQUE POSITION TO DEVELOP A COST EFFECTIVE SET OF UPGRADES, GIVEN THEIR EXTENSIVE SIMULATOR DEVELOPMENT EXPERIENCE.