IV.M.01. Target Area Meteorology. Exploit data from all available sources on the battlefield to include meteorological satellites, and through mesoscale modeling fuse these data with digital terrain data to produce 4-D weather forecast information at temporal and spatial resolutions adequate to characterize target area meteorology. By FY95, develop an automated 12-hour forecasting capability to support Joint and Combined Operations and generation of target area decision aids. By FY96, exploit satellite and ground-based remote sensors such as wind radars, lidars, and radiometers to characterize the atmosphere and analyze available upper air met data to produce a "best met" for any user within the battlefield area. Leverage advances in tactical observing, computer architecture, artificial intelligence, and numerical methods to extend forecast capability to 24 hours by FY97, and 48 hours by FY99. Develop met software for automatic fire control procedures by FY98 and integrate with the ballistic module in the artillery fire control center by FY99.
Supports: PM EW/RSTA, PM AF, CERDEC Development of Target Area Meteorological Sensor System (TAMSS), PEO CCSProject Director (PD) IMETS, Joint Precision Strike ATD.
|STO Manager:||TSO:||TRADOC POC:|
|James Harris||Catherine Kominos||MAJ Don Huntley|
|ARL-IST||SARD-TR||Depth and Simultaneous Attack|