Microcomputer systems have the potential of aiding the operations research professionals engaged in logistics application in the navy and in other military, government and commercial operations. the complexity of the problems encountered and the limitations of microcomputer hardware and software… More

Future military avionics systems will be depending more on built-intest (bit) for fault detection and isolation to meet stringent reliability, maintainability, and supportability goals. recent experience indicates that bit is not meeting specification requirements in field operations, exhibits a… More

The complexity of the next-generation fault-tolerant electronic system design tasks will require interactive access to the reliabilityprediction tools in order to achieve the desired reliability goals. this proposal addresses the integration of the afhrl developed mission reliability model (mirem)… More

Future military avionics systems will require at least an order of magnitude improvement in mean time between critical failures. to achieve this goal innovative fail-safe fault-tolerant electronic system design concepts will be needed. the approach proposed by daina will be based on the use of… More

There is a growing national need to provide researchers withhigh-speed and cost-effective computers capable of handling computation-intensive statistical and forecasting problems. examples of such statistical analyses include bootstrapping and projection pursuit regression. while supercomputers are… More

As mission critical avionics systems increase in complexity, the evaluation of their performance and reliability will become more difficult. We propose to select and to integrate a group of reliability and performance analysis tools, specifically designed to handle the fault-tolerant operational… More