Award Data

The Phase II.5 project significantly reduces the time and costs associated with developing interface software for operational systems in order to quickly adapt to changes in protocols, interface definitions, and sources of new or better data, thereby improving system interoperability. This project will develop an automatic software generation tool whose output can be incorporated into operational ...

Submarine operations are increasingly complex and lack automated support. This has made mission planning and conduct cumbersome, labor-intensive, and error prone. As a result, PEO-IWS5 and ONR developed and fielded the AN/BYG-1 Mission Planning Application (MPA) to help streamline mission planning workflow. To assist with further streamlining of mission planning workflows, Sonalysts Phase I SBIR d ...

Sonalysts will research and develop an immersive 3D trainer for the Battle Force Tactical Network (BFTN). Utilizing past efforts and development conducted under the Phase I SBIR effort, Sonalysts will create a robust simulation-based training system that will allow operators of the BFTN to train for challenging Anti-Access Area Denial (A2AD) events. Present training consists of standard Computer-B ...

Yardney is proposing to take the technology we have previously developed in Phase 1 and move toward thinner cell designs to meet the extreme temperature and power requirements of the next generation of high power Naval Aircraft. Just as the optimum Hybrid Electric Vehicle batteries were a step towards more power and thus thinner design, the optimum battery for high power, high energy Naval aviatio ...

A PROPOSAL IS PRESENTED HEREIN TO DEVELOP A NUMERICAL PROCEDURE FOR ANALYZING THE SHIP NUMERICAL PROCEDURE FOR ANALYZING THE SHIP PROPELLER TIP VORTEX PROBLEM. THE FLOW IN THIS REGION IS VERY COMPLEX AS IT CONTAINS THREE-DIMENSIONAL, VISCOUS AND CENTRIFUGAL EFFECTS. THE LONG TERMS GOAL OF THE PROPOSED EFFORT WOULD DEVELOP A COMPREHENSIVE PREDICTIVE PROCEDURE FOR THE SHIP PROPELLER TIP REGION WITH ...