identical network

简明释义

等效网络

英英释义

例句

1.The two computers are connected to an identical network, which allows them to share files effortlessly.

这两台计算机连接到一个相同的网络，这使它们能够轻松共享文件。

2.We need to configure the routers to connect to an identical network for optimal performance.

我们需要配置路由器以连接到相同的网络以获得最佳性能。

3.The security protocols are easier to manage across an identical network.

在相同的网络中，安全协议更容易管理。

4.In order to ensure redundancy, we set up an identical network in a different location.

为了确保冗余，我们在不同的位置建立了一个相同的网络。

5.The software performs better when both devices are on an identical network.

当两个设备都在相同的网络上时，软件运行得更好。

作文

In today's interconnected world, the concept of an identical network (相同网络) has gained significant importance. An identical network refers to a system of interconnected nodes that operate in exactly the same way, sharing the same structure and functionality. This concept can be applied across various fields, including computer science, telecommunications, and even social networks. Understanding how identical networks function can provide insights into efficiency, redundancy, and scalability.One of the most prominent examples of an identical network is found in computer networking. In this context, an identical network consists of multiple servers or devices that mirror each other's configurations and data. This redundancy ensures that if one server fails, the others can seamlessly take over, minimizing downtime and maintaining uninterrupted service. This setup is particularly crucial for businesses that rely heavily on online operations, as it guarantees reliability and enhances user experience.Moreover, the concept of an identical network extends beyond technical applications and can also be observed in social media platforms. For instance, users often create multiple accounts across different platforms, maintaining similar profiles and content. This creates a virtual identical network where individuals can connect with their friends and followers regardless of the platform they use. Such networks allow for greater reach and engagement, as users can share information across various channels without losing consistency.Additionally, in the realm of biology, the idea of an identical network can be seen in neural networks within the brain. Neurons communicate with each other through synapses, forming networks that are crucial for processing information. When certain neural pathways become 'identical' in terms of their connectivity and function, they can lead to enhanced learning and memory retention. This biological identical network showcases how similar structures can lead to improved performance and efficiency in cognitive tasks.The advantages of having an identical network are manifold. Firstly, they provide a level of security and reliability that is essential in critical systems. In case of failures, having identical nodes ensures that the system can recover quickly and continue functioning. Secondly, identical networks facilitate easier maintenance and management, as updates and changes can be implemented uniformly across all nodes. This uniformity reduces the complexity involved in managing diverse systems and helps in achieving operational excellence.However, there are also challenges associated with identical networks. One major concern is the risk of systemic failures. If all nodes in an identical network are compromised by a single vulnerability, the entire system could be at risk. Therefore, while creating such networks can enhance efficiency, it is crucial to implement robust security measures to protect against potential threats.In conclusion, the concept of an identical network (相同网络) plays a vital role in various domains, from technology to biology. By understanding its implications and applications, we can leverage the strengths of these networks while mitigating their risks. As we continue to advance in our interconnected world, the relevance of identical networks will undoubtedly grow, making it essential for individuals and organizations alike to grasp their significance and functionality.

在当今互联互通的世界中，identical network（相同网络）的概念变得越来越重要。identical network指的是一个互联节点系统，这些节点以完全相同的方式运行，分享相同的结构和功能。这个概念可以应用于多个领域，包括计算机科学、电信，甚至社交网络。理解identical networks的运作方式可以提供对效率、冗余和可扩展性的洞察。一个最显著的identical network示例是在计算机网络中。在这种情况下，identical network由多个服务器或设备组成，它们的配置和数据相互镜像。这种冗余确保如果一台服务器发生故障，其他服务器能够无缝接管，最小化停机时间并保持服务不中断。这种设置对于依赖在线操作的企业尤其重要，因为它保证了可靠性并增强了用户体验。此外，identical network的概念不仅限于技术应用，还可以在社交媒体平台中观察到。例如，用户通常会在不同的平台上创建多个帐户，保持类似的个人资料和内容。这创造了一个虚拟的identical network，使个人能够与他们的朋友和关注者连接，无论他们使用哪个平台。这种网络允许更大的覆盖面和参与度，因为用户可以在各种渠道上共享信息而不会失去一致性。此外，在生物学领域，identical network的理念可以在大脑中的神经网络中看到。神经元通过突触相互通信，形成对处理信息至关重要的网络。当某些神经通路在连通性和功能上变得“相同”时，它们可以导致学习和记忆保留的增强。这种生物学上的identical network展示了相似结构如何在认知任务中提高表现和效率。拥有identical network的优势是多方面的。首先，它们提供了在关键系统中至关重要的安全性和可靠性。如果发生故障，拥有相同节点的网络确保系统能够快速恢复并继续运行。其次，identical networks使维护和管理变得更加简单，因为更新和更改可以在所有节点上统一实施。这种一致性减少了管理多样化系统的复杂性，有助于实现卓越的运营。然而，identical networks也面临挑战。一个主要问题是系统性故障的风险。如果identical network中的所有节点都因单一漏洞而受到威胁，那么整个系统可能都会面临风险。因此，虽然创建这样的网络可以提高效率，但实施强有力的安全措施以保护潜在威胁至关重要。总之，identical network（相同网络）的概念在多个领域中发挥着重要作用，从技术到生物学。通过理解其影响和应用，我们可以利用这些网络的优势，同时降低其风险。随着我们在互联世界中的不断进步，identical networks的相关性无疑会增长，使个人和组织都必须掌握其重要性和功能。