Award Data

Oceanit proposes a novel low cost approach for measuring the three dimensional distribution of water vapor over an EO/IR sensor test flight area.

An innovative energy monitoring system and process are needed to provide real time energy usages for our Fleet. This information process needs to consolidate and get that data to every ship so they have the capability to monitor and track their energy usages and adjust consumption to meet Navy goals while meeting all operational requirements. This Phase I research will focus on the development of ...

Phase II.5 proposal, extension of Phase II contract N00014-10-C-0255. Data collection and management of operational aircraft data is a critical enabler of effective condition based maintenance (CBM+). However, the large volumes of data collected create accessibility problems that limit the usefulness of the data. Using a relational database to store time series data results in a solution that is u ...

The proposed effort will address the problem of deploying and retrieving a tow body in rough wave conditions from a small craft or large ship. The approach makes use of a material newly available to the U.S. Department of Defense. The material is drop stitch fabric, whose use was restricted by the Berry amendment. The concept for this project is to make a structure to deploy and retrieve tow bodie ...

This project addresses the need for a compact, light-weight water treatment system for use on Navy vessels that operate primarily in littoral waters. A modular and intelligent system design will be developed, featuring a novel second-stage disinfection module. The approach eliminates the need to carry expensive and hazardous chemicals on board, making use of low-temperature plasma chemistry to syn ...

We proposed to analyze and demonstrate phase noise detection of emitters across a wide bandwidth>20 GHz with a novel RF sensor, and to identify and develop a set of approaches to make passive measurements of the signatures and phase noise of non-cooperative antenna platform systems, utilizing the emissions from the antenna and/or the reflections off the antenna from jammers and other transmitters. ...

Oceanit will develop and demonstrate the feasibility of a system that will allow Marines to dry boots (and potentially other clothing items) overnight without the need for a power supply. Oceanit will demonstrate a prototype system design; manufacture and test the drying system in a combat type environment; provide test system prototypes of a proof of concept; prepare a detailed cost and manufactu ...

The main objectives of this SBIR Phase II are to further enhance aspects of the previous STTR Phase II technology of the Installation Support Subsystem (ISS) development and to facilitate an accelerated transition to a fully realized Fleet capability.