When a design has low cohesion, it has classes and methods that are not grouped well.
当设计的内聚力较低时，它就不能良好地组织类和方法。
If you were to combine these functions into a single use case, it would have low cohesion (and undesirable dependencies).
如果你把这些功能合并到一个用例里，就成为低内聚的(和不合适的)依赖关系。
Figure 1: Applying the principles of high cohesion and low coupling is especially critical within the application and domain layers of an enterprise system architecture.
图1：应用高内聚和低耦合的原则在企业系统架构的应用和领域层中是特别至关重要的。
The reason that applications frequently fail to embody the principles of high cohesion and low coupling relates to real-world software development processes.
应用程序常常没有嵌入高内聚和低耦合的原则的原因与现实的软件开发过程有关。
Two responsibility assignment principles play a major role in achieving good object-oriented design: high cohesion and low coupling.
这两个职责分配原则在完成良好的面向对象设计的方面扮演了主要角色：高内聚和低耦合。
It is said that an object is low in cohesion when it takes on responsibilities that should be performed by other objects; in other words, high cohesion requires limiting an object's responsibilities.
有人说，当对象承担应该由其他对象执行的职责时，它就是低内聚的，换句话说，高内聚需要限制对象的职责。
However, the processes are still not granular enough to enforce adherence to the principles of high cohesion and low coupling.
然而，过程仍旧不够粒度化，以遵循高内聚和低耦合的原则。
Between classes it is high cohesion and low coupling.
类与类之间具有高内聚，低耦合的特点。
Class is the basic element of class structure. It is research that class should hold four basic feature: integrality and sufficiency, primitiveness, high cohesion, low coupling in this paper.
类是类结构的基本元素，本文研究了良好的类应当具备的四个基本特征：完整性和充分性、原子性、高内聚、低耦合。
What do low coupling and high cohesion mean?
什么是低耦合和高聚合？
Secondly, it keeps the low coupling and high cohesion virtue of layers in protocol stack after adding cross-layer design, so as to keep the OSI layering architecture.
其次，它使加入跨层设计后的网络协议栈每个层仍具有高内聚、低耦合的特征，从而保持了网络协议栈良好的软件架构。
With the repeatedly freezing-thawing cycles, the cohesion of low density clay increases, but the cohesion of high density clay decreases, and the internal friction Angle of the clay changes little.
随冻融循环过程增加，低密度土体的黏聚力有所提高，而高密度土体的黏聚力下降，内摩擦角变化较小。
With the repeatedly freezing-thawing cycles, the cohesion of low density clay increases, but the cohesion of high density clay decreases, and the internal friction Angle of the clay changes little.
随冻融循环过程增加，低密度土体的黏聚力有所提高，而高密度土体的黏聚力下降，内摩擦角变化较小。
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