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reversible circuit
相关语句
  可逆电路的
     Circulating Current in Twelve Phase High Voltage Reversible Circuit
     高电压十二相可逆电路的环流
短句来源
  相似匹配句对
     AN ADAPTIVE REVERSIBLE RING CIRCUIT
     适应式可逆环形电路
短句来源
     The reversible and irreversible losses of open-circuit magnetic flux of
     本文检测了各向同性粘结Nd-Fe-B磁体开路磁通的可逆和不可逆损失。 测量表明,粘结Nd-Fe-B永磁与烧结体具有近似的可逆温度系数,但不可逆损失和长时间时效损失远小于烧结Nd-Fe-B磁体。
短句来源
     In-Circuit Testing
     在线测试技术
短句来源
     Circuit Classical
     电路经典
短句来源
     Reversible Renascence
     可逆转性的重生
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  reversible circuit
Cost and fitnessfunctions for Reversible Circuit synthesis areintroduced as well as local optimizingtransformations.
      
While the basic requirement for reversible circuit is that a number of inputs is equal to the number of outputs.
      
The basic reversible gates used in such a new reversible circuit may produce some useful and some useless values.
      


Many authors have studied the Kinematics of four-gimbal gyro-stabilized platform, but it appears none of them has offered an explanation of its mechanism, neither have they considered the effect of the gimbal servo-loop's dynamic process on the angular velocity of the platform gimbal motion[1-4]. The main objective of this paper is to overcome the above-mentioned two shortcomings. The author believes that the said mechanism may be summed up very concisely as follows: the platform base-motion is transferred from...

Many authors have studied the Kinematics of four-gimbal gyro-stabilized platform, but it appears none of them has offered an explanation of its mechanism, neither have they considered the effect of the gimbal servo-loop's dynamic process on the angular velocity of the platform gimbal motion[1-4]. The main objective of this paper is to overcome the above-mentioned two shortcomings. The author believes that the said mechanism may be summed up very concisely as follows: the platform base-motion is transferred from the vehicle to platform body through frictional constraint coupling—such coupling was mentioned by previous authors in connection with single-axis platform—and geometrical constraint coupling, which has never been mentioned by previous authors as far as the author is aware. Concise but full explanation of the mechanism is given in the paper. In this paper, the effect of servo-loop's dynamic process on the platform motion is considered and a set engineering formulas for computing the gimbal's angular velocity is obtianed. Another objective of this paper is to present a new antispin control scheme, which is essential for a four-gimbal platform used in fighter planes. In this scheme a simple reversible circuit(Fig. 10) is added to the main channel of the outer-roll servo-loop. The new scheme is believed to be better than that obtainable from the principles presented by Broxmeyer[3]—schemes based on reference[3] are usually employed in actual fighters. The author's new scheme possesses the following advantages: (1) The electronic circuit is simpler; (2) Both the size and the weight of platform are reduced.

本文在分析四环三轴陀螺稳定平台系统运动中提出了摩擦约束耦合、摩擦约束耦合阵和几何约束耦合、几何约束耦合阵的概念,从而全面地阐述了基座角运动向平台台体耦合并由伺服回路隔离的机理和规律,本文还提出了一种新颖的四环平台反自转(antispin)控制和航向—姿态计算的设想方案,从而使平台系统的电路得到简化,体积和重量有可能减小,战斗机特技飞行对平台所要求的上限角速度有可能得到提高而有利于发挥飞机的战术技术性能。

This paper discusses the circulating curent in twelve phase high voltage reversible circuit, Presents the circulating current waveforms and their usoge. The conclusion obtained can be used convenicnt for the system design.

讨论了高电压十二相可逆电路的环流问题 ,给出了环流波形图 ,并简要说明了波形图的使用方法 .所得结论可为工程技术人员设计系统提供方便 .

To improve the technique of optimizing quantum logical circuit and reduce the cost of quantum logical circuit,the current template technology is analyzed.It is found that Maslov's templates are incomplete for their control lines are incomplete.By introducing the concept of template control lines library,templates are reconstructed.The reconstructed templates do not realize the identity function,but more valid templates can be produced dynamically using template producing rule.Based on this method,an...

To improve the technique of optimizing quantum logical circuit and reduce the cost of quantum logical circuit,the current template technology is analyzed.It is found that Maslov's templates are incomplete for their control lines are incomplete.By introducing the concept of template control lines library,templates are reconstructed.The reconstructed templates do not realize the identity function,but more valid templates can be produced dynamically using template producing rule.Based on this method,an algorithm is provided to optimize quantum circuit.Experimental data show that,after applying the reconstructed templates to optimize all 3×3 reversible circuits,the average number of gates in circuit is reduced to 6.22.According to the experiment results,this method is more efficient and has higher rate of matching success in optimizing quantum logical circuit.

为了提高量子逻辑电路的优化技术,减小量子逻辑电路的代价,对现有的模板技术进行了研究与分析,发现Maslov等人的模板并不完整,体现在模板控制线的寻找不完全.通过引入模板控制线库的概念,重构了模板,重构后的模板并不实现恒等的函数功能,但通过模板生成法则,可以动态生成更多的有效模板.同时给出了利用该方法优化量子逻辑电路的算法.数值实验结果表明,应用重构后的模板优化所有的3×3可逆电路,电路门数量均值减小到6.22.该方法在利用模板优化量子逻辑电路方面具有更高的效率和匹配成功率.

 
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