但纵使“梅特·卡福”定律没有完全被采用，网络的影响仍然是存在且有作用的。
But even if Metcalfe's power law doesn't fully apply to social networks, network effects are nevertheless at work.
两位作者指出，如果定律是真的，网络运营商将互相兼并以求实现价值的迅速增长。
The authors argue that if the law were true, network operators would be merging left and right to achieve rapid growth in value.
最好的说明是梅特卡夫定律：网络标准的价值随连接的节点数增加呈指数增长。
This is best stated by Metcalfe's Law: the value of a network standard grows exponentially with the number of nodes connected to it.
他也因梅特卡夫定律而众所周知：网络价值的增长等于其用户数量的平方。
He's also known for Metcalfe's Law: the value of a network grows as the square of the number of its users.
数字化网络是建立在价格一直越来越便宜的硬件基础上的，从而允许新技术应用可以完全利用梅特卡夫定律带来的优势。
Digital networks are built on hardware that gets cheaper all the time, allowing new applications to take full advantage of Metcalfe's Law.
应用电路分析中的基尔霍夫定律和电路网络分析方法来判断运动链的同构。
Kirchhoff's laws and the methods of circuit analysis are applied to identify isomorphism of kinematic chains.
我们用基尔霍夫电流电压定律写出网络的微分方程序。
We can right the differential equations of the network using Kirchhoff's current and voltage laws.
接下来分别就主宰网络时代的三个基本定律：摩尔定律、光纤定律和迈特卡尔夫定律的内涵、影响和技术极限进行了论述。
Then, the paper discussed implications, effects and technical limits for the three basic laws which guide network era such as Moore's Law, Optical Fiber Law and Metcalfe's Law.
利用流体网络及网络图论的有关定理定律，建立供热管网水力工况的数学模型。
The paper also establishes mathematical model for the operating condition of the pipe network of heating with reference to relevant theorems and laws of fluid network and network graph theory.
然后应用电路定律和电路网络分析的支路电流法进行分析，得出了基于电路网络分析的运动链同构判定依据，最后结合实例说明了运动链的同构判定方法。
Then the isomorphism judgment criterion based on the circuit analysis is obtained by applying the circuit laws and the method of branch current to the circuit models.
随着没有止境的摩尔定律的继续以及网络通信的持续增长，对器件带宽的需求使得基于铜线的传统互连技术已越来越接近极限。
As the Moore's law continues, and Internet-based communication continues to grow, the bandwidth demands will continue to increase and push the limits of copper-based technologies.
本文给出了在互感网络中基尔霍夫定律的另一表叙方法。
Another way for expressing the kirchhoff's law in a mutual-inductance network is given.
简述了图书馆学第四定律和省力法则的内涵，联系实际，讨论了目前网络环境下第四定律对图书馆工作的指导意义。
Law of Library Science and the Labor-saving Principle, and connecting with the reality, discusses on the directive function of No.
还是因为梅特卡夫定律？梅特卡夫定律认为大网络比小网络价值要高。
Is it Metcalfe's law, which values larger networks over smaller ones?
梅特卡夫定律这条定律是用以太网络的发明人罗伯特·梅特卡夫的名字命名的。
Metcalfe's Law. This one's named after Robert Metcalfe, the inventor of the computer networking protocol Ethernet.
梅特卡夫定律这条定律是用以太网络的发明人罗伯特·梅特卡夫的名字命名的。
Metcalfe's Law. This one's named after Robert Metcalfe, the inventor of the computer networking protocol Ethernet.
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