This article was based on the former research, introduced the conccpt of the evolvable hardware, and illuminated the basic principle of the evolutionary circuit design.
电路进化设计是在可进化硬件研究的基础上提出的一种全新的设计方法。
Based on evolvable algorithm, this paper proposed a new method for parity check circuit design automatically.
基于演化算法技术，提出一种新的设计思想，实现奇偶校验器的电路自动设计。
From this experiment, we can conclude that evolvable hardware technology is promising in circuit automatic design.
通过实验，说明演化硬件技术确实在电路自动设计方面有着极大的前景。
In an important emerging area of technology called evolvable hardware however microchips can be instantaneously configured to physically implement each circuit of a genetic programming run.
不过，在可演化硬体这个新兴的重要科技领域中，我们可以立刻组装微晶片，实质测试遗传规划执行过程中每个电路的效用。
Absrtact: Based on the electromagnetic bionics and the operating mechanism of intrinsic evolvable hardware, an evolutionary platform is realized by implementing virtual reconfigurable circuit.
摘要：在讨论了电磁仿生和演化硬件内进化运行机制的基础上，针对复杂电磁环境下电子系统的可靠性问题进行研究。
In an important emerging area of technology called evolvable hardware, however, microchips can be instantaneously configured to physically implement each circuit of a genetic programming run.
不过，在可演化硬体这个新兴的重要科技领域中，我们可以立刻组装微晶片，实质测试遗传规划执行过程中每个电路的效用。
In an important emerging area of technology called evolvable hardware, however, microchips can be instantaneously configured to physically implement each circuit of a genetic programming run.
不过，在可演化硬体这个新兴的重要科技领域中，我们可以立刻组装微晶片，实质测试遗传规划执行过程中每个电路的效用。
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