The electronic building blocks developed under this project would be used as common, shared parts to create a wide variety of digital controllers at a lower cost. For example, it is estimated that this approach might lower the cost of a typical jet engine controller by 20 to 40 percent. The building blocks will be developed by defining functions that can be shared and by constructing high density electronic modules using new, low cost packaging technology. These devices will reduce the effects of low frequency, random vibrations on structures by using sophisticated electromechanical components to intelligently absorb and redistribute the vibrational energy. In the case of Navy ships, these vibrations can stem from underwater weapons and have a devastating effect on shipboard equipment.
Earthquakes create a very similar set of problems for buildings.
This device will use recent advances in solid-state lasers and light detection and ranging techniques to measure the three dimensional wind velocity vector around aircraft. This would give the military improved weapons fire control accuracy for helicopters, as well as high accuracy air data for the control of high performance aircraft. The commercial sector has an interest in this technology because it could help detect wake vortices from nearby aircraft as well as turbulence in landing areas. This project will demonstrate both the performance and the affordability of such a laser system, so that it will become attractive for commercial and military customers. MBCD uses a real-time model, embedded in the digital controller, to enhance control and diagnostics.