Conventional self-test methods of reconfigurable hardware are complex and have low utilization rate of resource. They often require additional software and processors.
传统可重构硬件自测试方法复杂,容错时资源利用率低,且往往需要额外的软件配合处理器来实现。
参考来源 - 可重构硬件内建自测试与容错机制研究The tasks can be added to or deleted from FPGA dynamically without interference to other running tasks due to the partially dynamical reconfiguration. So the management of reconfigurable hardware resources is very important.
可重构硬件如FPGA的规模和集成度的提高使其承载的硬件任务越来越多,FPGA的动态部分重构能力使任务可在系统运行过程中动态地添加或者删除而不影响其他任务的运行,对可重构硬件的资源管理非常重要。
参考来源 - 基于最大空闲矩形的可重构资源管理方法 in C·2,447,543篇论文数据，部分数据来源于NoteExpress
硬件进化是基于进化计算和可重构硬件的新兴研究领域。
Evolvable hardware is a novel research field that involves evolutionary computation and reconfigurable hardware.
在可重构硬件资源约束条件下，将任务的数据流图划分成数个子模块。
The task data flow graph(DFG) was partitioned into several sub-modules under hardware resource constraint.
因此面向可重构计算的操作系统技术—可重构硬件操作系统技术成为一个新的研究热点。
Therefore, reconfigurable hardware operating system for reconfigurable computing has been a novel hot topic in last few yeas.
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