vocoder

简明释义

英[ˈvəʊˌkəʊdə(r)]美[ˈvoʊˈkoʊdər]

n. 语音编码器，语音合成仪

英英释义

单词用法

同义词

反义词

例句

1.At last, it mainly discusses the management of circuit, vocoder and sound based on this architecture and calling control flow.

最后，着重讨论了在这种体系结构和控制流程下，系统对电路资源、声码器资源和音源的管理。

2.TMS320C5410 fixed DSP chip of TI company was adopted as core digital signal processing chip in this thesis, capacity of which is up to 100MIPS. The vocoder software was tested successfully on EVM.

本算法实现中的DSP核心处理芯片，采用了性价比较高的美国TI公司的TMS320C5410定点处理芯片，其运算处理能力为100MIPS。

3.When LPC vocoder exactly extracts vocal tract parameters, whether an excitation model is good of not will severoly affect the quality of the synthetic speech.

LPC声码器在准确提取声道参数的情况下，激励模型的优劣直接影响着综合语音的质量。

4.Segment vocoder is an efficient very low bit rate speech coding algorithm. Speech segment method, one of the key technology of segment vocoder, is studied and a new algorithm is presented.

分段声码器是一种高效的低速语音编码方法，针对分段声码器实现的关键技术语音分段方法进行了研究，提出了一种分段新算法。

5.This paper describes a DSP system which based on multi-band excitation voice compression coding algorithm - multi-rate vocoder.

论文设计了一个基于多带激励语音压缩编码算法的DSP系统-多速率声码器。

6.The speech coding algorithm, the hardware architecture and work flow of the vocoder system, software implementation and code optimization are introduced.

介绍了语音编解码算法原理、声码器系统的硬件结构、工作流程以及软件实现与代码优化。

7.TMS320C5410 fixed DSP chip of TI company was adopted as core digital signal processing chip in this thesis, capacity of which is up to 100MIPS. The vocoder software was tested successfully on EVM.

本算法实现中的DSP核心处理芯片，采用了性价比较高的美国TI公司的TMS320C5410定点处理芯片，其运算处理能力为100MIPS。

8.At last, analyzing the performance of the vocoder.

最后对该声码器进行性能分析。

9.The musician used a vocoder to create robotic vocal effects in his latest track.

这位音乐家在他最新的曲目中使用了声码器来创造机器人声效。

10.The vocoder can transform ordinary speech into a futuristic sound.

这个声码器可以将普通的语音转变为未来感十足的声音。

11.Many electronic music genres rely heavily on the use of a vocoder for unique sound design.

许多电子音乐风格在独特的声音设计上严重依赖于声码器的使用。

12.In the studio, the producer applied a vocoder to blend the vocals with the synthesizer sounds.

在录音室里，制作人使用声码器将人声与合成器声音混合。

13.Live performances often feature a vocoder to enhance the vocal performance.

现场表演中常常会使用声码器来增强人声表现。

作文

The world of music technology has evolved significantly over the years, introducing various tools that enhance the creative process for artists and producers alike. One such tool is the vocoder, a device that has transformed the way we perceive and manipulate vocal sounds. A vocoder (语音编码器) is an audio processor that captures the characteristics of a human voice and uses them to modulate other sounds, creating unique effects that can be both intriguing and innovative. This technology has roots in the early 20th century, originally developed for telecommunications to improve voice transmission over long distances. However, it soon found its way into the realm of music, where it became a staple in electronic and pop genres.The functioning of a vocoder involves two main components: a carrier signal and an analysis signal. The carrier signal is typically a synthesizer sound, while the analysis signal is the vocal input. By analyzing the frequency spectrum of the voice, the vocoder modifies the carrier signal to mimic the vocal characteristics, resulting in a robotic or ethereal sound. This effect can be heard in numerous hit songs, from the classic "I Speak Machine" by Kraftwerk to contemporary tracks by artists like Daft Punk and Imogen Heap.One of the most fascinating aspects of the vocoder is its ability to blend human emotion with electronic precision. When used effectively, it can evoke feelings and create atmospheres that are both captivating and otherworldly. For example, in the song "Around the World" by Daft Punk, the use of a vocoder adds a layer of depth to the repetitive lyrics, making the track feel immersive and hypnotic. Similarly, Imogen Heap’s use of the vocoder in her song "Hide and Seek" showcases how the manipulation of vocals can convey complex emotions, transforming simple melodies into profound musical experiences.Moreover, the vocoder has also influenced live performances, allowing artists to experiment with their sound in real-time. Musicians can use it to create harmonies, add texture to their vocals, or even produce entirely new sounds on stage. This versatility has made the vocoder a favorite among electronic musicians and DJs, who often incorporate it into their sets to keep audiences engaged and entertained.In addition to its artistic applications, the vocoder has educational value as well. Music students and aspiring producers can learn about sound synthesis and vocal processing through hands-on experience with this technology. By understanding how a vocoder works, they can gain insights into the broader field of audio engineering and music production, equipping them with skills that are increasingly relevant in today’s music industry.As we look to the future, the vocoder continues to evolve alongside advancements in technology. With the rise of artificial intelligence and machine learning, we can expect even more sophisticated versions of the vocoder that push the boundaries of sound design. Artists will have access to tools that not only modulate their voices but also create entirely new sonic landscapes that were previously unimaginable.In conclusion, the vocoder (语音编码器) is more than just a tool; it is a bridge between human expression and technological innovation. Its ability to transform vocal sounds into something extraordinary has left an indelible mark on the music industry, influencing countless artists and genres. As we continue to explore the intersection of music and technology, the vocoder will undoubtedly remain a key player in shaping the future of sound.

音乐技术的世界在过去的几十年里发生了显著变化，引入了各种工具，增强了艺术家和制作人的创作过程。其中一个工具就是vocoder，一种改变我们感知和操控人声的设备。vocoder（语音编码器）是一种音频处理器，它捕捉人声的特征，并用它们来调制其他声音，创造出独特的效果，既令人着迷又富有创新性。这项技术起源于20世纪初，最初是为了改进远距离语音传输而开发的电信技术。然而，它很快进入了音乐领域，成为电子和流行音乐风格中的一个重要组成部分。vocoder的工作原理涉及两个主要组件：载波信号和分析信号。载波信号通常是合成器的声音，而分析信号则是人声输入。通过分析人声的频谱，vocoder修改载波信号，以模仿人声的特征，从而产生机械或空灵的声音。这种效果可以在许多热门歌曲中听到，从Kraftwerk的经典《I Speak Machine》到当代艺术家如Daft Punk和Imogen Heap的曲目。vocoder最迷人的方面之一是它将人类情感与电子精度相结合的能力。当使用得当时，它可以唤起情感并创造出引人入胜的氛围。例如，在Daft Punk的歌曲《Around the World》中，使用vocoder为重复的歌词增添了深度，使这首曲子感觉沉浸和催眠。类似地，Imogen Heap在她的歌曲《Hide and Seek》中使用vocoder展示了如何操控人声可以传达复杂的情感，将简单的旋律转变为深刻的音乐体验。此外，vocoder还影响了现场表演，使艺术家能够实时实验他们的声音。音乐家可以使用它来创建和声、为他们的声音增添质感，甚至在舞台上制作全新的声音。这种多功能性使得vocoder成为电子音乐家和DJ的最爱，他们经常将其融入演出中，以吸引和娱乐观众。除了艺术应用，vocoder也具有教育价值。音乐学生和有抱负的制作人可以通过与这项技术的实践经验，学习声音合成和人声处理。通过了解vocoder的工作原理，他们可以深入了解音频工程和音乐制作的更广泛领域，使他们在当今音乐行业中获得越来越相关的技能。展望未来，vocoder将继续随着技术的进步而发展。随着人工智能和机器学习的兴起，我们可以期待更加先进的vocoder版本，推动声音设计的边界。艺术家将能够使用不仅仅是调制他们的声音的工具，还能创造出以前无法想象的全新音景。总之，vocoder（语音编码器）不仅仅是一个工具；它是人类表达与技术创新之间的桥梁。它将人声转变为非凡事物的能力在音乐行业留下了不可磨灭的印记，影响了无数艺术家和风格。随着我们继续探索音乐与技术的交汇点，vocoder无疑将继续在塑造声音的未来中发挥关键作用。