List

The AWIPS (Advanced Weather Information Processing System) program is a cornerstone element supporting NWS' mission to protect life and property and enhance the national economy. The challenge of this project is to help NWS harness large amounts of unused computer resources and underutilized data, improve collaboration and cooperation to solve complex problems not currently addressable, to increas ...

As fish farmers attempt to increase capacity, they are being forced to more exposed growing sites. The technology for rearing fish in this high-energy environment is dependent on robust fish pens and the infrastructure to support them. One very important technology that must be developed is an automated feeding system capable of operating in this difficult environment.Using already proven ¿spar t ...

This innovative Phase 1 project will test the feasibility of using the science of nanotechnology and emulsion chemistry to produce nanoparticles in a matrix to greatly enhance the immunogenicity of inactivated viruses. This new approach promises to have direct application to the development of potent cost-effective anti-viral vaccines for aquatic animals. These novel formulations should stimulat ...

Taylor Resources, Inc. is proposing Phase 1 experiments to assist in commercializing the culture of rock scallops (Crassadoma giganteus). The firm maintains a state-of-the-art hatchery and nursery complex to supply seed to over 3400 ha of intertidal and subtidal grow-out beds. The purple-hinged rock scallop has been identified as the premium valued product with high potential for aquaculture dev ...

The Glosten Ballast Management System developed under SBIR Phase I determined that tracking ballast exchanges was feasible and showed strong commercial viability. Phase II of this project is intended to demonstrate, with a full-scale shipboard installation, that automated tracking of a vessel¿s ballast system is practical and cost effective for both the operator and the regulator. The system is ...

The Glosten Ballast Management System developed under SBIR Phase I determined that tracking ballast exchanges was feasible and showed strong commercial viability. Phase II of this project is intended to demonstrate, with a full-scale shipboard installation, that automated tracking of a vessel¿s ballast system is practical and cost effective for both the operator and the regulator. The system is ...

The Glosten Ballast management System developed under SBIR Phase I determined that tracking ballast exchanges was feasible and showed strong commercial viability. Phase II of this project is intended to demonstrate, with a full-scale shipboard installation, that automated tracking of a vessel's ballast system is practical and cost effective for both the operator and the regulator. The system is ...

On this program, we will design, fabricate and test of a novel wide field-of-view night-vision system for use by coxswains and crewmembers during night intercepts. The system is capable of providing the visual acuity, depth perception and situational awareness necessary for high-speed boat maneuvers and allows the operator to see the sea state at night, safely maneuver a high-speedboat and pursue ...

On this program, we will design, fabricate and test of a novel wide field-of-view night-vision system for use by coxswains and crewmembers during night intercepts. The system is capable of providing the visual acuity, depth perception and situational awareness necessary for high-speed boat maneuvers and allows the operator to see the sea state at night, safely maneuver a high-speedboat and pursue ...

On this program, we will design, fabricate and test of a novel wide field-of-view night-vision system for use by coxswains and crewmembers during night intercepts. The system is capable of providing the visual acuity, depth perception and situational awareness necessary for high-speed boat maneuvers and allows the operator to see the sea at night, safely maneuver a high-speed boat and pursue cove ...