SALIVARY GLAND SECRETION OF PROTEIN PHARMACEUTICALS

Not Available DVC will define requirements, explore alternative concepts, and develop a feasible approach for providing a low cost, realistic dynamic terrain by building on our current PC based dynamic terrain experience. DVC's own current Dynamic Terrain PC-based software will be used as a rapid prototyping tool to help define the requirements. In the Phase I Option DVC intends to provide a technology demonstration of Dynamic Terrain incorporating networking, soil dynamics, and compatibility with SEDRIS databases. Demonstrating a rapid prototype Dynamic Terrain scenario typical of that required for the Grizzly trainer, within an HLA environment using SEDRIS legacy databases is a goal. DVC will explore alternative concepts and develop a feasible approach to providing dynamic terrain everywhere, an HLA Federation prototype FOM/SOM, a SEDRIS data model, API, and Interchange Transmittal Mechanism (ITM) extension to standardize the interchange mechanism for Dynamic Terrain enabled database. For Phase II DVC will implement the best approach from Phase I with the objective of providing feasibility and effectiveness of the concept. Further, DVC will focus on the development of a software API centered on the refinement of the soil and terrain dynamics and the interaction of the military vehicles acting individually or in teams. BENEFITS: The primary resulting product will be a software API module. The application to the Grizzly program for military mine breaching training, the CATT fami