采用虚过渡的处理方法,计算实体的曲面等距模型。
By means of the virtual blending, the geometrical solid offset model is worked out.
解决上述问题,需要计算实体能够理解和处理网络中的信息,即需要“语义”层次上服务发现的支持。
To solve these problems, computing entities need to understand and process information in the network, which is the support of service discovery on the "semantic" level.
由于我们能将对象看成是实体在计算机中的表示,因此面向对象的方法可让我们将注意力集中在这些实体上并构造那些具有相同抽象能力的计算实体。
Because we can regard objects as entities' representation for computer, we can pay our attention to these entities and construct some computable entities that are as abstract as these entities.
But at the end of the day, and here's why we just went with binary and not decimal years ago, when you have one implement a computer with a physical device, it's actually really easy to represent the notion of on or off.
但是最终,之前我们采用二进制,而不是十进制,主要是因为当我们用一台实体机器运行计算机时,这实际上很容易用开或者关的概念来表示。
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