encoders

简明释义

英[ɪnˈkəʊ.dəz]美[ɪnˈkoʊ.dɚz]

n. [计]编码器（encoder 的复数）

英英释义

单词用法

同义词

反义词

例句

1.HEIDENHAIN develops and manufactures linear encoders, angular encoders, rotary encoders, digital readouts, and numerical controls.

海德汉研制生产光栅尺、角度编码器、旋转编码器、数显装置和数控系统。

2.Ogg Theora encoders continue to improve.

Og gTheora编码器在不断改进。

3.Some encoders are exposed to a sprayed salt mist test for Marine applications and a humid heat test to verify their tropical suitability.

一些编码器会经受海洋应用场合的盐雾测试以及湿热测试，证明其热带适应性。

4.Encoder comparisons have showed over and over that encoders without adaptive quantization simply cannot compete.

编码器比较一次又一次的证明了，没有自适应量化的编码器根本无法竞争。

5.All can be used to identify and monitor motor speeds or determine pulse counts of encoders.

全部都可以用来识别和监测电机的速度或确定编码器脉冲计数。

6.The configuration of MPEG-4 audio encoder is introduced in this paper. Severalimportant main encoders are described in detail.

文中介绍了MPEG - 4音频编码器的构成，并详细说明了其中几种主要编码器的基本原理。

7.The audio processing software uses various types of encoders to convert sound waves into digital formats.

音频处理软件使用各种类型的编码器将声波转换为数字格式。

8.In video streaming, different encoders help compress the video files for faster transmission over the internet.

在视频流中，不同的编码器帮助压缩视频文件，以便更快地通过互联网传输。

9.The new machine learning model utilizes advanced encoders to better understand text data.

新机器学习模型利用先进的编码器来更好地理解文本数据。

10.For game development, graphics encoders are essential for rendering high-quality images.

对于游戏开发，图形编码器对于渲染高质量图像至关重要。

11.The team is researching how different encoders affect the quality of the final output.

团队正在研究不同的编码器如何影响最终输出的质量。

作文

In the realm of technology, particularly in data processing and communication, the term encoders refers to devices or algorithms that convert information from one format to another. This process is crucial for various applications, including audio and video transmission, data storage, and more. Understanding how encoders work can significantly enhance our comprehension of digital media and its underlying technologies. Firstly, let’s delve into the function of encoders. When we speak of encoding, we refer to the transformation of data into a different format that is suitable for transmission or storage. For example, when you record a video on your smartphone, the raw footage is often quite large and unwieldy. To make it easier to store and share, the phone uses an encoder to compress the video into a more manageable size without sacrificing too much quality. This process not only saves space but also ensures that the video can be streamed over the internet more efficiently. Moreover, encoders are not limited to just video; they play a vital role in audio processing as well. When you listen to music on platforms like Spotify or Apple Music, the songs you hear have been encoded into specific formats that allow for quick streaming and minimal buffering. The encoders used in these services convert high-quality audio files into compressed formats like MP3 or AAC, enabling users to enjoy their favorite tracks seamlessly. The importance of encoders extends beyond mere convenience. In the world of cybersecurity, encoding plays a critical role in protecting sensitive information. For instance, when you send an email containing confidential data, various encoders are employed to encrypt that information. This means that even if someone intercepts your email, they would not be able to understand its content without the proper decoding key. Thus, encoders are essential for ensuring privacy and security in digital communications. Furthermore, the use of encoders is prevalent in machine learning and artificial intelligence. In these fields, encoders help convert categorical data into a numerical format that algorithms can process. For example, in natural language processing, words and phrases are often encoded into vectors using techniques like word embeddings. This allows machines to understand and analyze human language more effectively, leading to advancements in applications such as chatbots and translation services. Despite their significance, many people remain unaware of the intricate workings of encoders. As technology continues to evolve, it becomes increasingly important for individuals to familiarize themselves with these concepts. A better understanding of encoders can empower users to navigate the digital landscape more effectively, whether they are content creators, consumers, or tech enthusiasts. In conclusion, encoders are pivotal components in the realms of data processing, communication, and cybersecurity. They enable the efficient transmission and storage of information while also playing a crucial role in protecting sensitive data. As we continue to rely on digital technologies in our daily lives, recognizing the importance of encoders will not only enhance our appreciation of these tools but also equip us with the knowledge necessary to engage with technology more meaningfully. Therefore, it is essential to explore and understand the various applications and implications of encoders in our modern world.

在技术领域，特别是在数据处理和通信中，术语encoders指的是将信息从一种格式转换为另一种格式的设备或算法。这一过程对于各种应用至关重要，包括音频和视频传输、数据存储等。理解encoders的工作原理可以显著增强我们对数字媒体及其基础技术的理解。 首先，让我们深入了解encoders的功能。当我们谈论编码时，我们指的是将数据转换为适合传输或存储的不同格式。例如，当你在智能手机上录制视频时，原始素材通常是相当庞大且笨重的。为了使其更容易存储和分享，手机使用encoder将视频压缩为更易管理的大小，而不会过多牺牲质量。这个过程不仅节省了空间，而且确保视频能够更高效地通过互联网流式传输。 此外，encoders并不仅限于视频；它们在音频处理方面也发挥着重要作用。当你在Spotify或Apple Music等平台上听音乐时，你听到的歌曲已经被编码成特定格式，以便快速流式传输和最小缓冲。这些服务中使用的encoders将高质量音频文件转换为压缩格式，如MP3或AAC，使用户能够无缝享受他们喜欢的曲目。 encoders的重要性不仅仅体现在便利性上。在网络安全领域，编码在保护敏感信息方面发挥着关键作用。例如，当你发送包含机密数据的电子邮件时，各种encoders被用来加密该信息。这意味着即使有人截获了你的电子邮件，他们也无法理解其内容，而无需正确的解码密钥。因此，encoders对于确保数字通信中的隐私和安全至关重要。 此外，encoders在机器学习和人工智能领域的应用也非常普遍。在这些领域中，encoders帮助将分类数据转换为算法可以处理的数值格式。例如，在自然语言处理过程中，单词和短语通常使用词嵌入等技术编码为向量。这使机器能够更有效地理解和分析人类语言，从而推动聊天机器人和翻译服务等应用的发展。 尽管它们的重要性，许多人仍然对encoders的复杂工作原理一无所知。随着技术的不断发展，个人熟悉这些概念变得越来越重要。更好地理解encoders可以使用户更有效地驾驭数字环境，无论他们是内容创作者、消费者还是科技爱好者。 总之，encoders是数据处理、通信和网络安全领域的重要组成部分。它们使信息的高效传输和存储成为可能，同时在保护敏感数据方面也发挥着至关重要的作用。随着我们在日常生活中继续依赖数字技术，认识到encoders的重要性不仅会增强我们对这些工具的欣赏，还将使我们具备以更有意义的方式与技术互动的知识。因此，探索和理解encoders在现代世界中的各种应用和影响是至关重要的。