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- Evolvable Hardware has high value and huge potential use in electronic systems of Aeronautics and Astronautics. 进化硬件在航空航天电子系统中有巨大的应用价值和潜力。
- Finally and some discussions are made on the advantages and disadvantages of the Gate Level Evolvable Hardware. 在函数级进化中,首先在FPGA内部设计了用高级功能模块和互连矩阵构成函数级进化的结构,探讨了如何利用这种结构缩短染色体编码并设计了用于函数级进化的系统平台。
- Evolvable Hardware(EHW) is to make weapon equipment system be able to change its architecture as the organism to adapt the environment. 演化硬件能使武器装备系统像生物一样改变自身的结构以适应环境的变化。
- Evolvable hardware is possessed of the potential huge advantage on the adaptability for environment and the high reliability design. 摘要演化硬件在环境适应性和可靠性设计上具有潜在的巨大优势。
- That was three years ago, when few were probably aware of how quickly a technology known as “evolvable hardware” was emerging from the shadows. 那是在三年之前,少数人大概意识到被称为“可演化硬件”技术在走出束缚,其发展是多么地迅速。
- Both in circuit design and other area such as some places where is not suitable for people to work, Evolvable Hardware has a bright future. 针对这两种进化途径,分别设计了用于进化的系统平台,主要部分均由PC和MCU、FPGA测试板构成。
- The basic concept of Evolvable Hardware(EHW) is introduced.Function Level EHW is explained based on Genetic Algorithm(GA) and Field Programmable Gate Array(FPGA). 介绍了可进化硬件的基本思想,阐述了基于遗传算法和现场可编程门阵列的函数级进化方法及其特点。
- This paper advanced a new language OHDL for the evolvable hardware design.It is a kind of evolvable hardware design language based on Object Oriented mode. 摘要针对新的演化硬件开发模式,本文提出OHDL语言,它是一种基于面向对象方式的演化硬件设计语言。
- This paper introduces the principle of evolvable hardware and the improved algorithm since the original algorithm prone to premature and evolution process is slow. 本文介绍了进化硬件的原理,并针对平台中算法的早熟和收敛速度慢的缺点,改进了原有算法。
- The fault-tolerance principle of evolvable hardware is introduced, and two different methods: fitness method and population method, building fault-tolerance system are described. 介绍了演化硬件的容错原则,论述了构建容错系统的两种不同方法,即适应度方法和群体方法;
- Evolvable Hardware (EHW) is a reconfigure hardware, which is based on the Programmable Logic Device (PLD). Whenever the environment is changed, EHW can automatically alter its own structure to fit the surroundings. 演化硬件(Evolvable Hardware,EHW)是一种可重构的硬件,它建立在可编程逻辑器件之上,每当环境发生变化,演化硬件就自动地改变自身的硬件结构以适应所处的环境。
- Focusing on different types of interference possibly encountered in power signal monitoring, a design method of mathematical morphology filter based on evolvable hardware is proposed. 针对电力信号监测中可能遇到的各种干扰,提出了一种基于进化硬件的自适应电力系统形态滤波器的设计方法。
- 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。
- The Finite-State-Machine (FSM) evolution using Genetic Algorithm (GA) is a typical theme in Evolvable Hardware (EHW) research.In this paper, an improved GA is described for FSM evolution. 提出了一种改进的遗传算法,针对有限状态机中输出矢量与状态转移相关的特性,将配置有限状态机的染色体分解为状态转移基因和输出矢量基因进行分阶段的进化实验。
- At present,the design of evolving circuit is one of major way in study of Evolvable Hardware. 目前,电路进化设计是进化硬件研究的主要方向之一。
- EVOLVABLE HARDWARE AND ITS BASIC COMPONENT 进化型硬件及其基本构成
- Evolvable Hardware and Its Component 进化型硬件及其构成
- Evolvable hardware and its ultimate principle 进化型硬件及其基本原理
- Research on Methods of Extrinsic Evolvable Hardware 外部型硬件进化方法研究
- NASA supported the evolvable hardware extremely, and specially established the evolved hardware group to carry on evolvable hardware research, and held an international evolvable hardware congress every year to impelled evolvable hardware research. 美国宇航局(NASA)对演化硬件非常重视,专门成立了演化硬件小组进行演化硬件的研究,并且每年召开一次国际演化硬件大会,推动演化硬件的研究发展。