This is a critical linkage point to tie the observation of new business insights (or visibility) based on the correlation of sensor events to affecting business process change.
这是一个关键性的链接点，可基于传感器事件的相关性连接新业务可见性的观察以影响业务过程的更改。
We discuss deeply the methods of edge detection and edge linkage for obtaining the target region of a signal point.
在获得信号点亮度区域的方法中，本文重点讨论了信号点边缘检测和边缘连接的方法。
Note: 3.5 discusses linkage issues. The notions of scope, point of declaration and name hiding are discussed in 3.3.
注：3.5讨论连接性的问题。作用域，声明点和名字隐藏的概念在3.3 中讨论。
Furthermore, different polygonal flux linkage locus's fluent switching point is also found, which overcomes the motor 'switching failure and improves the speed adjusting dynamic performance.
并找出了不同磁链轨迹间的平滑切换点，解决了切换时的电动机失步问题，提高了系统转速调节的动态性能。
An optimization on designing the planar four-bar linkage which is liable to reappear the location of a definite point is recommended.
本文给出了能复演给定位置点的平面机构的优化设计方法。
The various formed circular point curves and centre curves are also drawn up with the help of the computer, it is easy to design and optimize the planar linkage accurately.
通过计算机还可绘制出各种形状的圆点曲线及圆心曲线，便于对平面连杆机构进行精确的设计和优化。
The diagrammatical and analytical methods by which the position of divided point of Ackerman steering linkage is properly determined put forward.
通过实例计算和断开点主要影响因素分析，提出了正确选择转向梯形断开点位置的新方法。
The various formed circular point curves and centre curves are also drawn up with the help of the computer, it is easy to design and optimize the planar linkage...
通过计算机还可绘制出各种形状的圆点曲线及圆心曲线，便于对平面连杆机构进行精确的设计和优化。
Based on the synthesis theory concerning the mixed point straight-line four-bar linkage in the special condition, a research method with the circle center and circle point as parameters is proposed.
对在特殊条件下混合点直线四杆机构的综合进行了研究，以圆心、圆点坐标为研究混合点直线四杆机构的参数，推导出一般条件下的综合公式并用实例验证了公式的正确性。
Based on the synthesis theory concerning the mixed point straight-line four-bar linkage in the special condition, a research method with the circle center and circle point as parameters is proposed.
对在特殊条件下混合点直线四杆机构的综合进行了研究，以圆心、圆点坐标为研究混合点直线四杆机构的参数，推导出一般条件下的综合公式并用实例验证了公式的正确性。
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