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System and method for dynamically optimizing the performance and reliability of redundant processing system

机译:动态优化冗余处理系统的性能和可靠性的系统和方法

摘要

Improved systems and methods for dynamically optimizing the performance and reliability (for example, used in space applications) Problems of redundant processing system is disclosed. Field programmable gate array including a plurality of processors (FPGA) is disclosed [SOLUTION] as an example. For example, the processing system, and the dynamic between the high reliability of the (triple modular redundancy system, for example) processor redundant set and high-performance quad-symmetric multi-processor general-purpose (SMP) on the basis of the environmental conditions or mission specific mode I can migrate safely. When sufficient transmission condition is satisfied, this architecture, when needed to be take advantage of the benefits obtained processing maximum throughput. Moreover, the use of a single FPGA having multiple processors, lower throughput I can safely migrate to a higher degree of reliability and mode. In other words, in terms of a particular mission, it may be at the expense of reliability, or confidence that the mission conditions is allowed to obtain a high throughput and processing power. If you can support the reliability level of the mission conditions is reduced at a particular point in time, processor, single (quad string triple or, for example) to generate the processing power of three to four times the redundant set can be adapted to run on a string. [Selection] Figure Figure 1
机译:用于动态优化性能和可靠性的改进的系统和方法(例如,在空间应用中使用)公开了冗余处理系统的问题。作为示例,公开了包括多个处理器(FPGA)的现场可编程门阵列。例如,处理系统以及基于环境的(例如三重模块化冗余系统)处理器冗余集的高可靠性与高性能四对称多处理器通用(SMP)之间的动态关系条件或特定任务模式下,我可以安全地迁移。当满足足够的传输条件时,需要利用此体系结构来利用处理最大吞吐量所获得的好处。而且,使用具有多个处理器的单个FPGA,较低的吞吐量可以安全地迁移到更高的可靠性和模式。换句话说,就特定任务而言,可能是以可靠性或信心为代价的,任务条件被允许获得高吞吐量和处理能力。如果可以在特定时间点降低任务条件的可靠性水平,则处理器,单个(四进制三倍或四进制)产生的处理能力是冗余集的三到四倍,可以适应运行在一个字符串上。 [选择]图图1

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