Award Data

ABSTRACT: It is very challenging to secure applications in today's networked computer systems where applications inherently share various resources and information. In this proposal, we propose a novel approach called policy guided isolation and strategically shielded exposure, to protect applications in network environments. Our approach integrates virtualization technology with the Policy ...

ABSTRACT: Tezzaron proposes to develop and demonstrate a 64Mb 3D integrated MRAM device comprising one non-volatile memory cell layer and one radiation hardened I/O logic and control layer. This memory device will address the industry"s next generation needs for nonvolatile memory density and also, because of its virtually unlimited wearout lifetime, act as next main memory, reducing overall comp ...

ABSTRACT: The main focus of this proposal is to develop innovative IP routing algorithms onboard over satellites that can link user preferences and network conditions and improve end-to-end network performance, including heterogeneity of satellite nodes, interferences on satellite links, and others. Because of the unique characteristics of satellite communication links with heterogeneous satellit ...

ABSTRACT: This topic is designed by the US Air Force to develop a space based space surveillance sensor to be mounted aboard an orbiting asset for protection. Proposed herein is a Dual Mode Sensor (DMS) system that: (1) Provides spherical WFOV situational awareness and threat object detection at sufficient range to allow defensive action to be taken to avoid an incident. (2) Provides both exce ...

ABSTRACT: MicroLink will develop a high-efficiency, flexible photovoltaic blanket, which will reduce solider borne weight by reducing battery requirements. The photovoltaic blanket will combine ultra-thin, flexible high-efficiency, GaAs-based multi-junction solar cells, made using MicroLink"s proprietary epitaxial lift-off (ELO) process, with a novel packaging approach that involves laminating a ...

ABSTRACT: Sapphire possesses a number of physical properties, including high strength, high melting point, chemical inertness, and excellent transparency in the visible and IR spectrum, which make it an attractive window material for military applications. For Phase I, Rubicon Technology demonstrated a sapphire crystal growth process to MRL 5 capable of growing slabs 20"x 14". During Phase II th ...

ABSTRACT: SURVICE Engineering is proposing the development of an innovative fire extinguishing suppressant flow simulation model that meets solicitation requirements. Our proposed approach includes integration of a previously developed, exceptionally fast running, engineering level computational fluid dynamics core model that was originally developed for programs supporting the Army in blast ana ...

ABSTRACT: AuraSense is developing and commercializing NanoFlare technology as an enabling tool for detecting RNA levels in cells. Current methods for sensing of viral exposure require great amounts of virus particles to be present in blood, or extensive processing of blood to isolate virus-specific genomic markers. We will develop NanoFlare sensors that can penetrate through skin, enter the blood ...

When considering the ability of warfighters to adapt to mission needs as a mission evolves, cognitive readiness assessment is very important for military planners. To address the critical need of real-time cognitive readiness assessment for Special Forces"quick-strike"missions, Intelligent Automation, Inc. (IAI) is developing an integrated, extensible and real-time cognitive readiness assessment t ...

ABSTRACT: We propose the development of broadband, two-color focal plane arrays (FPAs) that will allow the detection of radiation in the visible and infrared (IR) bands from the same target points with registration within the optical limit. The first band will cover the 400 nm to 4 micron wavelength range and will be based on EPIR"s double-layer planar heterostructures technology. The backside-il ...