The TR400 is a Full Logic Control Process Ratemeter that can display any production rate or time in process easily and accurately.
TR400反转探测器是一款逻辑控制的过程速率计，可现实任何产品在加工过程中的速率或时间，方便，精确。
While PLC logic control, data operations, data comparison, data transmission through the process of combining organic and not only control the traffic light changes, as well as the time display.
同时将PLC的逻辑控制、数据运算、数据比较、数据传送通过程序有机的结合起来，既控制交通灯的变化，还有时间显示。
The theory of maximum relative velocity distance is provided, and the fuzzy logic is used to control the time margin.
在采用最大相对速度-距离法的基础上，引入模糊逻辑控制时间裕度，使任意两次检测间的时间间隔适当增大。
With the help of delay time, control logic accomplish the demand of sequential circuitry.
利用延迟，使控制逻辑符合时序的要求。
An improvement of logic design approach for time-sequence control circuit is presented.
本文提出了逻辑法设计时序控制电路的改进方法。
FPGA is used to achieve the complex and high-speed logic control and the design of time sequence, with grabbed digital video signal cut and stored in SRAM, under the principles of the video signal.
利用FPGA完成复杂且高速的逻辑控制及时序设计，将采集的图像根据视频信号原理进行裁剪并存储在SRAM中。
Then a fuzzy logic controller was designed as a regulator to modify the optimal control gains based on the run-time information, including navigation, communication, mission priority, and so on.
然后，设计模糊逻辑控制器，利用编队运行中的导航信息、通信信息以及任务优先级信息，对控制器增益进行模糊调节。
In radar data processing of air traffic control (ATC), it is necessary for the accuracy and precision of radar data real-time processing to design a snooping logic.
在航空交通管制雷达数据处理中，为了保证实时数据处理的正确性和精确性，需要设计监视逻辑。
As a new type logic controller, due to the particularity of it self's structure, nine-point controller is able to control delayed-time system and obtain satisfying control effect.
九点控制器作为一种新型的智能逻辑控制器，由于其自身结构的特殊性，使其能对延时系统有很好的控制效果。
The strategy uses two-layer hierarchical structure and fuzzy logic to solve the real time coordination control problem of urban traffic trunk.
利用两层递阶结构和模糊逻辑对城市交通干线进行实时协调控制。
Robots based on fuzzy logic control do not only possess intelligence, but also have good real time ability.
基于模糊逻辑的机器人既具有智能规划能力，又具有良好的实时性。
A logic structure of FPGA with registers unit as control kernel is proposed after studying the logic structure of FPGA of real time IR ATR system.
对实时红外atr系统的FPGA逻辑结构进行了研究，提出了一种以寄存器单元为控制核心的FPGA逻辑结构。
The experimental results show that the decoder possesses simple logic control, low time delay and high resource using.
实验结果表明，该译码器具有时序控制简单、译码时延小和资源利用率高的特点。
As the same time, using the logic control module in EP1C12Q240I7, the control of Decimeter wave generated module is implemented by the judgment of temperature.
同时，利用EP1C 12 Q 240i7内部的逻辑控制模块实现通过温度判断对分米波产生模块的控制。
The theoretical and experimental results indicate that the implemented fuzzy logic controller has a high performance for real-time control over a wide range of operating conditions.
理论和实验结果表明，该模糊逻辑控制器在很宽的工作条件范围内的实时控制具有很高的性能。
Then the paper applies EA and SPEA to an orbital transformation problem. - time-energy optimization o The paper also solve low thrust control problem of relative motion using fuzzy logic.
然后分别用一般的进化算法和改进的SPEA方法解决轨道转移的时间-能量优化问题，对于相对运动方程有限推力控制问题，本文用模糊控制的方法加以解决。
Then the paper applies EA and SPEA to an orbital transformation problem. - time-energy optimization o The paper also solve low thrust control problem of relative motion using fuzzy logic.
然后分别用一般的进化算法和改进的SPEA方法解决轨道转移的时间-能量优化问题，对于相对运动方程有限推力控制问题，本文用模糊控制的方法加以解决。
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