teleprinter over multiplex

简明释义

多工电传打字机

英英释义

例句

1.During the conference, delegates received documents via teleprinter over multiplex.

在会议期间，代表们通过多路复用的电传打字机接收文件。

2.The military relied on teleprinter over multiplex for secure communication during operations.

军方在行动期间依赖于多路复用的电传打字机进行安全通信。

3.In the control room, operators monitored the teleprinter over multiplex for incoming messages.

在控制室，操作员监控着多路复用的电传打字机以接收来电消息。

4.The news agency used a teleprinter over multiplex system to send updates quickly.

这家新闻机构使用多路复用的电传打字机系统快速发送更新。

5.The railway station implemented a teleprinter over multiplex to coordinate train schedules.

火车站实施了多路复用的电传打字机以协调列车时刻表。

作文

In the realm of communication technology, the term teleprinter over multiplex refers to a method of transmitting messages via teleprinters using a multiplexing technique. This innovation has significantly enhanced the efficiency and reliability of data transmission, particularly in environments where multiple signals need to be sent simultaneously over a single communication channel. Understanding this concept requires a grasp of both teleprinter technology and multiplexing methods. A teleprinter is a device that can send and receive typed messages through electrical signals. It was widely used in the 20th century for various forms of communication, including news reporting, military communications, and commercial messaging. The teleprinter operates by converting typed text into electrical signals that can be transmitted over long distances. Once received, these signals are then converted back into readable text. This process was revolutionary at the time, allowing for near-instantaneous communication across vast distances.Multiplexing, on the other hand, is a technique that allows multiple signals to be sent over a single communication channel. This is achieved by combining several data streams into one signal, which can be transmitted without interference. There are various types of multiplexing, including time-division multiplexing (TDM) and frequency-division multiplexing (FDM). Each of these methods enables more efficient use of bandwidth, which is crucial in communication systems where the availability of channels is limited.When we combine these two technologies, we arrive at the concept of teleprinter over multiplex. This means that multiple teleprinter messages can be transmitted simultaneously over a single line using multiplexing techniques. For example, in a busy newsroom, several reporters might be typing out stories on their teleprinters. Instead of each teleprinter requiring its own dedicated line, multiplexing allows all messages to be combined and sent over one line. This not only saves resources but also streamlines the communication process.The implementation of teleprinter over multiplex systems has had profound implications for industries that rely on fast and reliable communication. In military operations, for instance, the ability to send multiple messages at once can be critical during times of crisis. Similarly, in financial markets, where timely information is paramount, such systems ensure that traders receive updates without delay. Furthermore, the development of digital technologies has led to an evolution in how teleprinter over multiplex systems are utilized today. While traditional teleprinters have largely been replaced by computers and digital communication methods, the principles of multiplexing remain relevant. Modern systems often employ similar concepts to manage data flow, ensuring that multiple users can access information simultaneously without bottlenecks.In conclusion, the phrase teleprinter over multiplex encapsulates a significant advancement in communication technology. By allowing multiple teleprinter messages to be transmitted over a single channel, this method has transformed how information is shared across various sectors. As we continue to evolve technologically, understanding the foundations laid by earlier innovations like teleprinter over multiplex helps us appreciate the complexities of modern communication systems. This knowledge is essential for anyone looking to navigate the increasingly interconnected world of information exchange.

在通信技术领域，术语teleprinter over multiplex指的是通过复用技术使用电传打字机发送消息的方法。这项创新显著提高了数据传输的效率和可靠性，特别是在需要同时通过单一通信通道发送多个信号的环境中。理解这一概念需要掌握电传打字机技术和复用方法。电传打字机是一种可以通过电信号发送和接收输入文本的设备。它在20世纪被广泛用于各种通信形式，包括新闻报道、军事通信和商业信息传递。电传打字机通过将输入的文本转换为可以远距离传输的电信号来工作。一旦接收，这些信号就会被转换回可读文本。这一过程在当时是革命性的，使得跨越巨大距离的几乎即时通信成为可能。另一方面，复用是一种允许多个信号通过单一通信通道发送的技术。这是通过将几个数据流组合成一个信号来实现的，该信号可以在不干扰的情况下进行传输。复用有多种类型，包括时分复用（TDM）和频分复用（FDM）。每种方法都能更有效地利用带宽，这在通信系统中至关重要，因为通道的可用性有限。当我们将这两种技术结合起来时，就得出了teleprinter over multiplex的概念。这意味着可以通过复用技术同时在一条线路上传输多条电传打字机消息。例如，在繁忙的新闻编辑部，几位记者可能正在他们的电传打字机上输入故事。与其让每台电传打字机都需要自己的专用线路，不如采用复用技术将所有消息合并并通过一条线路发送。这不仅节省了资源，还简化了通信过程。teleprinter over multiplex系统的实施对依赖快速可靠通信的行业产生了深远的影响。在军事行动中，例如，同时发送多条消息的能力在危机时期至关重要。同样，在金融市场上，及时的信息是至关重要的，这样的系统确保交易者能够毫不延迟地接收更新。此外，数字技术的发展使得今天teleprinter over multiplex系统的应用发生了演变。虽然传统的电传打字机在很大程度上已被计算机和数字通信方法取代，但复用的原则仍然相关。现代系统通常采用类似的概念来管理数据流，确保多个用户可以同时访问信息而不会出现瓶颈。总之，短语teleprinter over multiplex概括了一项重要的通信技术进步。通过允许多条电传打字机消息通过单一通道传输，这种方法改变了各个领域的信息共享方式。随着我们技术的不断发展，理解早期创新（如teleprinter over multiplex）奠定的基础，有助于我们欣赏现代通信系统的复杂性。这一知识对于任何希望在日益互联的信息交换世界中导航的人来说都是必不可少的。