A feasibility study will be conducted to determine how to adapt a new-technology, multispectral, video-based imaging and analysis capability to the airborne measurement of estuarine concentrations of phytoplankton pigments and suspended sediments. this accomplishment would provide a low-cost remote… More

A feasibility study, evaluation, and demonstration will be conduled to provide a credible architecture and design foundatin for an extended-red resporise gated intensified solid state tv camera. this accomplishment will provide the new technologies and integration ti3chniques to allow for rapid… More

Conduct a research effort to determine feasibility of developing a video imaging system consisting of TV camera, transmitter and battery packaged in a volume typical of the explosive warhead fill of submunitions such as SFW, SADARM and WAM. the goal is to be able to gun launch, canister, or… More

Xybion proposes to conduct a design study to determine the most effective approach to developing an airborne coastal data management system (acdms). the acdms will be used to control and integrate the data from a collection of airborne remote sensing instruments previously developed for noaa under… More

Xybion Corporation will develop a video-camera based Underwater Stereoscopic Measurement System (USMS) for making routine size estimates of close range objects (0.3 - 8.0 meters from the cameras.) The USMS will build on a set of proprietary algorithms that were developed by Xybion for stereoscopic… More

A novel approach to providing tunable, multi-wavelength output for use in multispectral and hyperspectral imaging systems is described. The system uses a hybrid laser which is composed of a Nd:YAG and a Cr:LiSAF laser rod in the same flash lamp pump cavity. Since the absorption bands for the two… More

Xybion proposes a preliminary design for the P-SCOUT - a miniature, multiple-head, surveillance sensor that is based on an existing high-g sensor developed by Xybion. The P-SCOUT will consist of multiple down-looking CCD sensors that cover a horizon to horizon, field-of-view and forward-looking… More

This project will be devoted to the development of an illuminator technology suitable for use in underwater imaging applications. While there are a number of extant technologies, we will focus on new technologies that may provide higher efficiency, lowercost, and reduced size and weight. A variety… More

This project will be devoted to the development of an illuminator technology suitable for use in underwater and on-shore imaging applications. This illuminator will be capable of generating at least 5 different wavelengths across the Short-wave IR, NearIR, Visible and Near UV Spectrum. Wavelengths… More