ambisonics

简明释义

英[ˌæmbɪˈsɒnɪks]美[æmˈbaɪsnɪks]

n. （使用电子手段加强声波方向性的）高保真度立体声响复制（ambisonic 的复数形式）

英英释义

单词用法

同义词

反义词

例句

1.The play is encoded in Ambisonics.

这出戏是用环境立体声编码的。

2.The play is encoded in Ambisonics.

这出戏是用环境立体声编码的。

3.The recording studio is equipped with advanced ambisonics 环境声学 technology for 3D audio production.

这个录音室配备了先进的ambisonics 环境声学技术，用于3D音频制作。

4.Using ambisonics 环境声学, we can create sound that moves around the listener in a three-dimensional space.

通过使用ambisonics 环境声学，我们可以在三维空间中创建围绕听众移动的声音。

5.During the concert, the audio team utilized ambisonics 环境声学 to capture the spatial quality of the performance.

在音乐会期间，音频团队利用ambisonics 环境声学捕捉表演的空间特性。

6.For virtual reality applications, ambisonics 环境声学 provides a way to simulate realistic soundscapes.

对于虚拟现实应用，ambisonics 环境声学提供了一种模拟真实声景的方法。

7.The sound design for the film was enhanced using ambisonics 环境声学 to create a more immersive experience.

这部电影的音效设计通过使用ambisonics 环境声学来增强，创造了更身临其境的体验。

作文

In recent years, the field of audio technology has seen remarkable advancements, one of which is the development of ambisonics. This innovative sound reproduction technique allows for a more immersive listening experience compared to traditional stereo or surround sound systems. The term ambisonics refers to a method of recording and playing back sound that captures the spatial characteristics of a sound field. It enables listeners to perceive sound from all directions, creating a three-dimensional auditory environment.The concept of ambisonics originated in the 1970s, developed by researchers who sought to enhance the realism of audio experiences. Unlike conventional stereo systems that rely on two channels, ambisonics utilizes multiple channels to capture sound from various angles. This allows for a more accurate representation of how we naturally perceive sound in our environment. For instance, when listening to a recording made with ambisonics, one can discern whether the sound is coming from above, below, or at different distances, much like in real life.One of the key advantages of ambisonics is its flexibility in playback. The recordings can be decoded for various speaker configurations, ranging from simple stereo setups to complex multi-speaker arrays. This adaptability makes ambisonics suitable for various applications, including virtual reality, gaming, and immersive theater experiences. As technology continues to evolve, the integration of ambisonics into these platforms provides users with a richer and more engaging sound experience.Moreover, ambisonics has gained popularity in the realm of music production. Artists and sound engineers are increasingly exploring this technique to create unique soundscapes that transport listeners into different worlds. By utilizing ambisonics, musicians can craft intricate audio environments that evoke emotions and enhance storytelling. This has led to a resurgence of interest in spatial audio, pushing the boundaries of creativity in music.As the demand for high-quality audio experiences grows, ambisonics is poised to play a significant role in shaping the future of sound technology. With advancements in hardware and software, the accessibility of ambisonics is improving, allowing more creators to experiment with this technique. Educational institutions are also recognizing the importance of teaching ambisonics as part of audio engineering programs, ensuring that the next generation of sound professionals is well-equipped to utilize this powerful tool.In conclusion, ambisonics represents a groundbreaking approach to sound reproduction that enhances the way we experience audio. Its ability to create a three-dimensional sound field offers listeners a level of immersion that traditional audio formats cannot achieve. As technology continues to evolve, the applications of ambisonics will expand, influencing various industries and enriching our auditory experiences. Embracing this innovative technique will undoubtedly pave the way for a new era in sound design and audio production, capturing the essence of how we perceive sound in our everyday lives.

近年来，音频技术领域见证了显著的进步，其中之一就是ambisonics的发展。这种创新的声音再现技术相比传统的立体声或环绕声系统，能够提供更具沉浸感的听觉体验。术语ambisonics指的是一种录音和播放声音的方法，它捕捉了声音场的空间特征，使听众能够感知来自各个方向的声音，创造出三维的听觉环境。ambisonics的概念起源于1970年代，由研究人员开发，他们希望增强音频体验的真实感。与依赖两个声道的传统立体声系统不同，ambisonics利用多个声道来捕捉来自不同角度的声音。这使得声音的再现更加准确，能够反映我们在环境中自然感知声音的方式。例如，当听到用ambisonics制作的录音时，人们可以分辨出声音是来自上方、下方还是不同的距离，就像在现实生活中一样。ambisonics的一个主要优势是其在播放上的灵活性。这些录音可以解码为各种扬声器配置，从简单的立体声设置到复杂的多扬声器阵列。这种适应性使得ambisonics适用于各种应用，包括虚拟现实、游戏和沉浸式剧院体验。随着技术的不断发展，将ambisonics整合到这些平台中，为用户提供了更丰富、更引人入胜的声音体验。此外，ambisonics在音乐制作领域也越来越受欢迎。艺术家和声音工程师们越来越多地探索这种技术，以创造独特的声景，带领听众进入不同的世界。通过利用ambisonics，音乐家可以打造复杂的音频环境，激发情感并增强叙事效果。这导致了空间音频兴趣的复兴，推动了音乐创作的边界。随着对高质量音频体验的需求不断增长，ambisonics将在塑造声音技术的未来中发挥重要作用。随着硬件和软件的进步，ambisonics的可及性正在改善，使更多创作者能够尝试这种技术。教育机构也意识到教授ambisonics作为音频工程课程的一部分的重要性，确保下一代声音专业人士能够充分利用这一强大工具。总之，ambisonics代表了一种突破性的声音再现方法，增强了我们体验音频的方式。它创造三维声音场的能力为听众提供了传统音频格式无法实现的沉浸感。随着技术的不断演变，ambisonics的应用将扩展，影响各个行业，丰富我们的听觉体验。拥抱这一创新技术无疑将为声音设计和音频制作开辟一个新时代，捕捉我们在日常生活中感知声音的本质。