Title :
Rotorcraft Open Systems Avionics (ROSA)
Author :
Johnson, Dale L.
Author_Institution :
US Army Aviation Appl. Technol. Directorate, Ft. Eustis, VA, USA
Abstract :
Commercial standards adopted from the volume driven electronics markets provide improved processing capacities over those widely used military standards and at reduced cost. Desired future capabilities and advanced functions. such as RPA, require the throughput, bandwidth, and memory provided by commercial processors and data buses. The primary issues needing resolution prior to implementation are related to operations in military rotorcraft environment, reliability, redundancy management, and fault and battle damage tolerance. In addition, some required network components presently do not exist in the preferred form factors. The ROSA project is providing effective laboratory demonstrations of COTS products and open systems specifications and standards to rotorcraft avionics. Preliminary cost estimates forecast large potential savings and create a compelling business case for follow on research and transition to production systems. In addition, the project is developing a rotorcraft technical architecture with the participation of many industry partners and will promote the resulting documentation as background materials for the JTA-A
Keywords :
aircraft computers; helicopters; life cycle costing; military avionics; open systems; software architecture; system buses; COTS products; ROSA project; cost estimates; laboratory demonstrations; military rotorcraft; mission avionics affordability; obsolescence; open systems specifications; redundancy; reliability; rotorcraft open systems avionics; rotorcraft technical architecture; software architecture; Aerospace electronics; Bandwidth; Consumer electronics; Costs; Data buses; Environmental management; Military standards; Open systems; Redundancy; Throughput;
Conference_Titel :
Digital Avionics Systems Conference, 2000. Proceedings. DASC. The 19th
Conference_Location :
Philadelphia, PA
Print_ISBN :
0-7803-6395-7
DOI :
10.1109/DASC.2000.886961