baudot code

简明释义

博条码

英英释义

例句

1.In the early 20th century, the baudot code 波多代码 revolutionized telegraph systems.

在20世纪初，波多代码 baudot code 革新了电报系统。

2.The telecommunications company implemented the baudot code 波多代码 for efficient message transmission.

这家电信公司实施了波多代码 baudot code以提高信息传输效率。

3.Engineers designed a new device that can decode the baudot code 波多代码 in real-time.

工程师们设计了一种新设备，可以实时解码波多代码 baudot code。

4.Understanding the baudot code 波多代码 is essential for operating old telecommunication equipment.

理解波多代码 baudot code 对于操作旧的通信设备至关重要。

5.The baudot code 波多代码 was used extensively during World War II for secure communications.

在第二次世界大战期间，波多代码 baudot code 被广泛用于安全通信。

作文

The history of communication technology is rich and varied, with many innovations that have shaped how we connect with one another. One such innovation is the baudot code, a character encoding scheme developed in the late 19th century by Émile Baudot, a French engineer. The baudot code was one of the first binary codes used for telegraphy, allowing operators to send messages more efficiently than ever before. This code was significant because it represented letters and numbers using a combination of only two states, typically represented as '0' and '1'. The baudot code consists of a series of five bits, which can represent 32 different characters. This limited set of characters was sufficient for many applications at the time, especially in telegraphy where speed and efficiency were paramount. Each character in the baudot code corresponds to a unique combination of these five bits, enabling quick transmission of information over telegraph lines. One of the key advantages of the baudot code was its ability to allow multiple messages to be sent simultaneously over a single channel, a technique known as multiplexing. This capability was revolutionary, as it maximized the use of existing communication infrastructure, making it possible to transmit more data in less time. As a result, the baudot code became widely adopted in various fields, including journalism and military communications, where rapid information exchange was critical. However, as technology advanced, the limitations of the baudot code became apparent. With only 32 characters available, it could not accommodate the growing need for more complex communication, especially as computers began to emerge in the mid-20th century. This led to the development of more sophisticated encoding systems, such as ASCII (American Standard Code for Information Interchange), which provided a much larger range of characters and symbols. Despite this, the legacy of the baudot code remains significant in the history of data transmission. Interestingly, the principles behind the baudot code continue to influence modern communication technologies. For instance, the concept of binary encoding is foundational in computer science, where all digital data is ultimately represented in binary form. Moreover, the idea of multiplexing has been further developed in contemporary telecommunications, allowing for even greater efficiency in data transmission. In conclusion, the baudot code represents a pivotal moment in the evolution of communication technology. Its development marked the transition from simple telegraphic systems to more complex forms of data encoding and transmission. While it may no longer be in widespread use today, its impact can still be felt in the technologies we rely on every day. Understanding the baudot code not only provides insight into the history of communication but also highlights the continual advancements that shape our interconnected world.

通信技术的历史丰富多彩，许多创新塑造了我们彼此连接的方式。其中一个创新是baudot code，这是由法国工程师埃米尔·博多（Émile Baudot）在19世纪末开发的字符编码方案。baudot code是用于电报的一种最早的二进制代码之一，使操作员能够比以往更高效地发送消息。这个代码之所以重要，是因为它使用两种状态（通常表示为“0”和“1”）的组合来表示字母和数字。 baudot code由一系列五个比特组成，可以表示32个不同的字符。这一有限的字符集在当时的许多应用中是足够的，尤其是在电报通信中，速度和效率至关重要。baudot code中的每个字符都对应于这五个比特的唯一组合，从而实现信息在电报线路上的快速传输。 baudot code的一个主要优势是它能够允许在单一信道上同时发送多个消息，这种技术被称为复用。这一能力是革命性的，因为它最大限度地利用了现有的通信基础设施，使得在更短的时间内传输更多的数据成为可能。因此，baudot code在新闻业和军事通信等多个领域被广泛采用，在这些领域，快速的信息交换至关重要。 然而，随着技术的发展，baudot code的局限性变得显而易见。由于只有32个字符可用，它无法满足日益增长的对更复杂通信的需求，尤其是在20世纪中期计算机开始出现时。这导致了更复杂编码系统的发展，如ASCII（美国信息交换标准代码），它提供了更大的字符和符号范围。尽管如此，baudot code在数据传输历史中的遗产仍然具有重要意义。 有趣的是，baudot code背后的原则继续影响现代通信技术。例如，二进制编码的概念是计算机科学的基础，所有数字数据最终都是以二进制形式表示的。此外，复用的理念在当代电信中得到了进一步发展，使数据传输的效率更高。 总之，baudot code代表了通信技术演变中的一个关键时刻。它的发展标志着从简单的电报系统向更复杂的数据编码和传输形式的过渡。虽然今天它可能不再被广泛使用，但其影响仍然在我们每天依赖的技术中显现出来。理解baudot code不仅提供了对通信历史的洞察，还突显了塑造我们互联世界的持续进步。