feeder link

简明释义

馈定链路

英英释义

例句

1.The satellite uses a feeder link to transmit data back to the ground station.

卫星使用馈送链路将数据传输回地面站。

2.The feeder link between the two cities ensures that they remain connected despite the distance.

两个城市之间的馈送链路确保它们尽管距离遥远仍然保持连接。

3.In telecommunications, a feeder link is essential for connecting remote areas to the main network.

在电信中，馈送链路对于将偏远地区连接到主网络至关重要。

4.The feeder link is crucial for broadcasting live events to viewers around the world.

对于向全球观众直播活动来说，馈送链路至关重要。

5.Our internet service provider upgraded the feeder link to improve connectivity in our area.

我们的互联网服务提供商升级了馈送链路以改善我们地区的连接性。

作文

In today's interconnected world, the concept of a feeder link plays a crucial role in various industries, particularly in telecommunications and transportation. A feeder link refers to a connection or route that facilitates the transfer of data, goods, or services from smaller, local systems to larger, central networks. Understanding how feeder links operate can provide insights into the efficiency and effectiveness of modern infrastructure. To illustrate, consider the telecommunications sector. In this context, a feeder link may involve smaller cell towers that connect to a larger network, ensuring that mobile devices can access the internet and communicate effectively. These smaller towers serve as vital conduits, collecting signals from users and relaying them to the main network. Without these feeder links, the overall system would be inefficient, leading to poor service quality and limited accessibility. Similarly, in the realm of transportation, feeder links are essential for connecting various modes of transport. For instance, a bus route that connects a suburban area to a city’s main train station acts as a feeder link. Passengers use this bus service to reach the train station, where they can then board trains that take them to their final destinations. This integration of different transport systems is vital for enhancing mobility and reducing congestion in urban areas. Moreover, the concept of feeder links extends beyond physical connections to encompass digital networks as well. In data management, a feeder link can refer to the process of transferring data from one database to another, ensuring that information flows seamlessly across platforms. This is particularly important for businesses that rely on real-time data analysis to make informed decisions. By establishing effective feeder links, organizations can improve their operational efficiency and enhance their decision-making processes. In addition to their practical applications, feeder links also highlight the importance of collaboration and integration in various sectors. The success of any system often hinges on how well its components work together. For example, in a smart city, various feeder links between traffic management systems, public transportation, and emergency services can lead to improved safety and efficiency. When these systems communicate effectively, they can respond to incidents more rapidly and manage resources more judiciously. As we look to the future, the significance of feeder links is likely to grow. With advancements in technology, such as the Internet of Things (IoT) and artificial intelligence (AI), the need for efficient connections will become even more critical. Smart devices will rely on robust feeder links to exchange data and perform tasks autonomously. This evolution will require ongoing investment in infrastructure and innovation to ensure that feeder links can keep pace with growing demands. In conclusion, the concept of a feeder link is integral to understanding how various systems interact and function in our modern world. Whether in telecommunications, transportation, or data management, these connections facilitate the flow of information and resources, ultimately contributing to greater efficiency and effectiveness. As we continue to innovate and integrate new technologies, the role of feeder links will undoubtedly remain a key focus for industries worldwide.

在当今相互联系的世界中，feeder link的概念在各个行业中发挥着至关重要的作用，特别是在电信和交通运输领域。feeder link指的是一个连接或路线，它促进了数据、货物或服务从较小的本地系统转移到更大中心网络的过程。理解feeder links如何运作可以为现代基础设施的效率和有效性提供见解。 例如，考虑电信行业。在这种情况下，feeder link可能涉及连接到更大网络的小型基站，确保移动设备能够有效访问互联网和进行通信。这些小型基站作为重要的通道，收集用户的信号并将其转发到主网络。如果没有这些feeder links，整体系统将会低效，导致服务质量差和可达性有限。 同样，在交通运输领域，feeder links对于连接各种交通方式至关重要。例如，一条连接郊区与城市主要火车站的公交线路就是一个feeder link。乘客利用这项公交服务到达火车站，然后可以搭乘火车前往最终目的地。这种不同交通系统的整合对于提高流动性和减少城市地区的拥堵至关重要。 此外，feeder links的概念超越了物理连接，还包括数字网络。在数据管理中，feeder link可以指将数据从一个数据库转移到另一个数据库的过程，确保信息在平台之间无缝流动。这对于依赖实时数据分析来做出明智决策的企业尤其重要。通过建立有效的feeder links，组织可以提高运营效率，增强决策过程。 除了它们的实际应用，feeder links还突显了各个行业合作和整合的重要性。任何系统的成功往往取决于其组件协同工作的程度。例如，在智慧城市中，各种feeder links在交通管理系统、公共交通和应急服务之间的连接可以带来更高的安全性和效率。当这些系统有效沟通时，它们可以更快速地响应事件，并更明智地管理资源。 展望未来，feeder links的重要性可能会进一步增长。随着技术的进步，例如物联网（IoT）和人工智能（AI），对高效连接的需求将变得更加关键。智能设备将依赖强大的feeder links来交换数据并自主执行任务。这种演变将需要在基础设施和创新方面持续投资，以确保feeder links能够跟上不断增长的需求。 总之，feeder link的概念对于理解我们现代世界中各种系统如何相互作用和运作至关重要。无论是在电信、交通运输还是数据管理中，这些连接促进了信息和资源的流动，最终有助于提高效率和有效性。随着我们继续创新和整合新技术，feeder links的角色无疑将继续成为全球各行业的关注重点。