Award Data

GLSV seeks to complete the development of the active fan/blow noise reduction system. Through the Phase I effort, GLSV has proved feasibility in all key aspects of the system requirements. Efforts were taken to best understand the state of technology by conducting research and consulting with technical leaders of previous research development projects. System integration concepts and control metho ...

SCOPE PROPOSES TO DEVELOP A DIGITAL SIGNAL PROCESSING CONCEPT FOR THE REALTIME DETECTION AND IDENTIFICATION OF HF EMITTERS AND THEIR PLATFORMS. THIS INVESTIGATION WILL SPECIFICALLY EVALUATE HF EMITTER CHARACTERISTICS AND PHENOMENA OF POTENTIAL INTEREST FOR IDENTIFICATION. SIGNAL PROCESSING TECHNIQUES AND ALGORITHMS WILL BE DEFINED TO EXPLOIT EMITTER AND PLATFORM IDENTIFIABLE SIGNAL CHARACTERISTICS ...

AURA Technologies will be performing research into state-of-the-art additive manufacturing processes and designing a detailed blueprint for a system of systems that will be able to fabricate a 40mm munition onsite at a US Army forward operating base (FOB) or other tactical environment.

Environment-security researchers and practitioners must overcome several technical challenges in the course of their efforts. In the absence of an open-community platform, each researcher or institution compiles and curates their own data repositories, analytical tools, and computational environments. This results in significant duplication of effort, limits the replication and validation of resea ...

THE APPLICATION OF LOAD-SENSING HYDRAULICS IN AN AUTOMATED SYSTEM DESIGNED AS A TANK AMMUITION HANDLER IS PROPOSED. THIS STATE-OF-THE-ART COMPONENTS LEND THEMSELVES TO EFFICIENT MATERIAL HANDLING APPLICATIONS AND HAVE BEEN PROVEN IN DESIGNS USING A MICROPROCESSOR CONTROL. A COMPUTER SIMULATION OF A LOAD-SENSING HYDRAULIC CIRCUIT WILL PERMIT TAILORING OF THE COMPONENTS BEFORE A HARDWARE COMMITMENT ...

Corvid Technologies is pleased to offer this Phase II proposal in response to Army SBIR topic A17-010, “Ballistic Missile Defense Weather Management.” In the proposed effort, we will continue to develop Corvid’s computational capability for shock layer distortion due to hydrometeor impact on high-speed missile systems, demonstrated during our Phase I program. We will also formulate and execu ...

The next generation of Ultra-Lightweight Camouflage Net System (ULCANS) must conceal assets against detection, observation, and surveillance from current and emerging threat systems. While current camouflage systems can protect against most types of threats, they were not engineered to deter detection from LiDAR. In this effort, ThermoAnalytics Inc. and Saab Barracuda USA will develop a camouflage ...

The Phase I and Phase II projects that are the basis for this Phase II enhancement proposal tested the feasibility of releasing opiate compounds from a topical wound dressing for burn pain relief and treatment. This project culminated with a regulatory s

AVID will build on the Phase I conceptual design; and will refine into a more complete model with design and off-design analysis. The final design will be the basis for a long-range swarm that is capable of delivering multiple explosively formed projectiles to multiple targets. Prototype UAVs and their aeroshells will be developed in Phase II and tested. The deployment system will be analyzed in d ...

Problem: Currently available resuscitation fluids have been shown to induce detrimental effects on trauma outcomes. Objective: The objective of this proposal is to use the data from the successful Phase 1 studies to guide the continued development and te