Based on the theories of EA （Evolutionary Algorithm） and EHW （Evolvable Hardware）, we devise an EHW based software-hardware co designing platform ECDP, on which we provided standards for hardware system encoding a...Based on the theories of EA （Evolutionary Algorithm） and EHW （Evolvable Hardware）, we devise an EHW based software-hardware co designing platform ECDP, on which we provided standards for hardware system encoding and evolving operation designing, as well as circuit emulating tools. The major features of this system are： two layer-encoding of circuit structure, off-line evolving with software cmulation and the evolving of genetic program designing. With this system, we implemented the auto designing of sonic software-hardware systems, like the random number generator.展开更多
The existing self-repair methods,evolvable hardware and embryonic electronics( embryonics) are analyzed. Based on the advantages and disadvantages of the existing self-repair methods,a novel self-repair method named e...The existing self-repair methods,evolvable hardware and embryonic electronics( embryonics) are analyzed. Based on the advantages and disadvantages of the existing self-repair methods,a novel self-repair method named elimination-evolution self-repair method is proposed. The system can be repaired through elimination in real time and evolved to optimize the allocation of system resources with this method. The proposed self-repair method not only ensures the speed of the system's self-repair,but also makes full use of system resources to improve the system's self-repair capacity and provides a new self-repair approach for bio-inspired electronic system. In the end,the advantages of the proposed eliminationevolution self-repair method are verified through a simulation experiment.展开更多
文章探讨了电力系统中温控负荷的作用与技术演进。为确保系统稳定,需整合硬件和软件。硬件提供物理支持,软件注入智能化。硬软件协同作用尤为关键,需在设计阶段考虑整合。以大型商业楼宇为例,展示了高效节能的实际应用和潜能。未来,温...文章探讨了电力系统中温控负荷的作用与技术演进。为确保系统稳定,需整合硬件和软件。硬件提供物理支持,软件注入智能化。硬软件协同作用尤为关键,需在设计阶段考虑整合。以大型商业楼宇为例,展示了高效节能的实际应用和潜能。未来,温控负荷有望与人工智能(Artificial Intelligence,AI)、物联网(Internet of Things,IoT)等技术深度结合,进一步增强其价值。展开更多
基金Supported by the National 863 Project(2002AA1Z1490)
文摘Based on the theories of EA （Evolutionary Algorithm） and EHW （Evolvable Hardware）, we devise an EHW based software-hardware co designing platform ECDP, on which we provided standards for hardware system encoding and evolving operation designing, as well as circuit emulating tools. The major features of this system are： two layer-encoding of circuit structure, off-line evolving with software cmulation and the evolving of genetic program designing. With this system, we implemented the auto designing of sonic software-hardware systems, like the random number generator.
基金National Natural Science Foundations of China(Nos.61372039,61271153)
文摘The existing self-repair methods,evolvable hardware and embryonic electronics( embryonics) are analyzed. Based on the advantages and disadvantages of the existing self-repair methods,a novel self-repair method named elimination-evolution self-repair method is proposed. The system can be repaired through elimination in real time and evolved to optimize the allocation of system resources with this method. The proposed self-repair method not only ensures the speed of the system's self-repair,but also makes full use of system resources to improve the system's self-repair capacity and provides a new self-repair approach for bio-inspired electronic system. In the end,the advantages of the proposed eliminationevolution self-repair method are verified through a simulation experiment.
文摘文章探讨了电力系统中温控负荷的作用与技术演进。为确保系统稳定,需整合硬件和软件。硬件提供物理支持,软件注入智能化。硬软件协同作用尤为关键,需在设计阶段考虑整合。以大型商业楼宇为例,展示了高效节能的实际应用和潜能。未来,温控负荷有望与人工智能(Artificial Intelligence,AI)、物联网(Internet of Things,IoT)等技术深度结合,进一步增强其价值。
基金国家重点基础研究发展规划(973)(the National Grand Fundamental Research 973 Program of China under Grant No.2004CB318103)国家自然科学基金(the National Natural Science Foundation of China under Grant No.60133010)江西省研究生创新基金项目(No YC07A073)
