This paper is concerned with single machine stochastic scheduling problems with random ready times, processing times and due dates to minimize the number of tardy jobs.
讨论了工件准备时间、加工时间和交货期都为随机变量的单机调度问题。
After analyzing and processing the logical relationship of stochastic signal, the way of PLC program is put forward.
序流程图，在分析、处理随机信号逻辑关系的基础上，提出了PLC的编程方法。
Based on the Monte Carlo stochastic modeling method mathematics thought, the corresponding effect judgment means to simulation statistics processing was produced.
文章基于蒙特卡洛随机模拟法的数学思想，根据对模拟的统计学处理给出了相应的效果评判办法。
Later, as a new trial of application of parameter-induced stochastic resonance in signal processing, the problem of target detection in sea reverberation is considered.
接着，作为参数调节随机共振在信号处理中的一个新的尝试，我们考虑了海洋混响噪声背景下的目标探测问题。
Data processing was researched when there exists negative and low-efficient output data in the construction of stochastic frontier model.
对随机前沿面模型构造过程中存在负的和低效的产出数据进行处理和选择，对于建立随机前沿面模型有着重要意义。
And then tell the theory of Stochastic Resonance, the application in one-dimensional signals processing also involved.
第二部分详细地讲述了随机共振的原理，并就其在一维信号处理中的应用做了简要的分析；
The target can be tracked when it leaves, primary route suddenly by stochastic processing using the statistical characteristic of Kalman filtering.
当目标机动时，可以利用卡尔曼滤波的统计特性，进行目标机动处理等等。
Stochastic resonance has attracted the attentions in many fields of science in recent decades, but it is a new method and theory in signal processing.
随机共振是近二十年来在不同科学领域引起广泛关注的课题之一，利用随机共振进行信号处理是一个新的方法和理论。
The system composition block diagram and program flow of charts are presented. After analyzing and processing the logical relationship of stochastic signal, the way of PLC program is put forward.
并给出了系统组成框图和程序流程图，在分析、处理随机信号逻辑关系的基础上，提出了PLC的编程方法。
Concerning the detection of weak signal in stronger noise background, a novel method was proposed in terms of stochastic resonance processing and by using the better de-noise feature of wavelet.
针对强噪声背景中的弱信号检测问题，在经典随机共振处理方法的基础上，利用小波良好的去噪特点，提出了随机共振加小波去噪检测弱信号的新方法。
The physical mechanism of signal processing based on the aperiodic stochastic resonance (ASR) system is analyzed, and a statistical approach for recovering the binary signal is proposed.
分析了利用非周期随机共振进行基带信号检测的物理机制，提出了一种基于统计的信号恢复新方法。
The dynamic data system (a kind of time series analysis technique) is used in the processing of the data collection for electrode voltage and ARMA stochastic dynamic models established.
文中将动态数据系统应用于电阻电压采样数据的处理，建立动态模型。该数学模型及有关判据，可用于监测与控制焊接过程。
This paper is concerned with single machine stochastic scheduling problems with random ready times, processing times and due dates to minimize the number of tardy jobs.
针对机器速度和准备时间不同，探讨了带机器准备时间的两台同类机半在线排序问题，以达到优化工作效率的目的。
This paper is concerned with single machine stochastic scheduling problems with random ready times, processing times and due dates to minimize the number of tardy jobs.
针对机器速度和准备时间不同，探讨了带机器准备时间的两台同类机半在线排序问题，以达到优化工作效率的目的。
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