"This proposal will develop a new computer model to predict the effects of alternative interception strategies under consideration for incorporation into the emerging weapon systems tasked to neutralize enemy threat clouds in the event of a hostile missileattack. Traditional U.S. countermeasures… More

This proposed program seeks to develop, demonstrate, and commercialize a versatile new computer modeling approach for simulating and predicting the Battle Management, Command, Control, Computers and Communications (BMC4) operation and performance for the Ballistic Missile Defense System currently… More

This proposed program seeks to develop, demonstrate, and commercialize a versatile new computer modeling approach for simulating and assessing the operation state of the information space in information networks. Currently there is a lack of tools for assessing the administration and operation of… More

This proposed program will develop new computer models and integrate them with existing core lethality models to better predict KEW boost phase engagement strategy lethality effectiveness and to assist development of emerging enhanced lethality weapon systems tasked to neutralize enemy missile… More

DESCRIPTION (provided by applicant): This SBIR project addresses toxic and heavy metal exposure reduction through environmental contamination minimization via metal removal at the contamination source. Harmful metals which are not readily degraded or detoxified enter the environment in significant… More

This SBIR project will demonstrate and develop a novel micro-pump capable of controlled and selective chemical transport. Phase I will create, characterize, and model a robust and readily fabricated low-power miniaturized pump achieving "forceless" dissolved ion transport compatible with… More

Existing Core simulation models used for defense development and evaluation fail to accurately model lethality for many standoff engagement options such as the use of multiple projectiles and thus cannot validly drive new defense technology development. This program will develop new physics-based… More

Project Summary/Abstract Project Summary: Harmful concentrations of metals enter the environment in significant quantities via numerous industrial activities. They are not readily detoxified by natural processes and pose lasting environmental hazards. This project's long-term application enhances… More

Existing M&S engineering tools fail to accurately model new weapons lethality enhancing (LE) phenomena so new a fast-running endgame lethality simulation program was developed. During Phase I fragment flood loading (FFL) effects were successfully incorporated into the Tesla Lethality Simulator and… More