This paper considers the single machine scheduling problem with chain-structured and linear processing time.
本文主要研究了带有链优先约束的单机分批排序与平行机排序问题。
The logic path is unpredictable and requires activity to be detected and correlated by time and sequence across multiple applications (non-linear processing).
逻辑路径不可预测，并且要求跨多个应用程序按时间和顺序对活动进行检测和关联(非线性处理)。
The architecture of real time image processing as pipeline structure, massive array and linear array processing, as well as the image understanding system structures, are discussed and compared.
讨论和比较了实时图像处理中的流水线、大阵列处理器及线性阵列处理器结构及实时图像理解的总体结构。
This system realizes data acquisition and processing of linear CCD based on DSP, and achieves the goal of hot rolling steel plate size real-time measurement in high speed.
该系统实现了基于DSP的线阵CCD数据采集与处理，达到了对热轧钢板尺寸实时在线测量的目的。
After the time series fuzzy fractal processing of the mine gas emission quantity, the non linear relations of the influence factors were combined with BP neural network.
通过对矿井瓦斯涌出量时间序列的模糊分形处理，用BP神经网络对影响因素间的非线性关系进行拟合。
In these two problems, the job processing time is a linear decreasing function of its starting time, the objective is to minimize the total completion time.
讨论了工件加工时间随开工时间线性增加的成组排序问题，考虑的目标函数是总完工时间，在成组技术的限制下，总完工时间问题是多项式时间可解的。
This paper introduces the application of Digital signal Processor (DSP) in the real-time data acquisition and processing system for linear CCD signal.
本文介绍数字信号处理器DSP在线阵c CD信号实时采集与处理系统中的应用。
The simulation experiment shows that the parallel processing method obtains sub - linear speedup , and the requirement for real - time identification of internal model on-line is basically satisfied.
仿真实验表明，并行处理方法达到亚线性加速，可以较好地满足实时在线辨识内部模型的应用需求。
Based on the theory of pupil center corneal reflection, the authors improved and realized a highly efficient linear prediction algorithm for real-time eye gaze image processing.
我们利用现今流行且实用的瞳孔—角膜反射向量法作为理论依据，在实现过程中，我们改进和实现了一个高效的实时眼动跟踪算法，即线性逼近预测算法。
Based on the theory of pupil center corneal reflection, the authors improved and realized a highly efficient linear prediction algorithm for real-time eye gaze image processing.
我们利用现今流行且实用的瞳孔—角膜反射向量法作为理论依据，在实现过程中，我们改进和实现了一个高效的实时眼动跟踪算法，即线性逼近预测算法。
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