adaptive automatic equalizer

简明释义

自适应均衡器

英英释义

例句

1.The adaptive automatic equalizer helped to eliminate feedback issues during the live performance.

在现场表演中，自适应自动均衡器帮助消除了反馈问题。

2.The adaptive automatic equalizer in my car's audio system adjusts the sound based on the road noise.

我车载音响系统中的自适应自动均衡器根据路噪声调整音效。

3.During the podcast recording, we relied on the adaptive automatic equalizer to ensure balanced sound quality.

在播客录制过程中，我们依赖于自适应自动均衡器来确保声音质量平衡。

4.The sound engineer used an adaptive automatic equalizer to adjust the audio levels for the live concert.

音响工程师使用了一个自适应自动均衡器来调整现场音乐会的音频水平。

5.With the adaptive automatic equalizer, the music played back with clearer highs and richer lows.

使用自适应自动均衡器后，播放的音乐高音更清晰，低音更丰富。

作文

In the realm of audio processing, the term adaptive automatic equalizer refers to a sophisticated system designed to enhance sound quality by adjusting frequency responses in real-time. This technology is particularly beneficial in environments where sound characteristics can vary significantly due to factors such as room acoustics or the presence of background noise. An adaptive automatic equalizer (自适应自动均衡器) operates by continuously analyzing the audio signal and making instantaneous adjustments to ensure that the output remains clear and balanced across different frequencies.The importance of an adaptive automatic equalizer cannot be overstated, especially in professional audio settings such as recording studios, live performances, and broadcasting. In these contexts, sound engineers rely on this technology to maintain audio fidelity and prevent distortion that can arise from fluctuating sound levels. For instance, during a live concert, the acoustics of the venue may change as the audience moves or as instruments are played at varying volumes. An adaptive automatic equalizer can swiftly adjust the sound output to accommodate these changes, ensuring that the music remains pleasant to the ear.Moreover, the use of an adaptive automatic equalizer extends beyond professional applications; it has found its way into consumer electronics as well. Many modern audio devices, including smartphones, home theaters, and personal computers, incorporate this technology to enhance the listening experience for everyday users. By automatically tuning the audio output based on the current environment, these devices provide a more immersive experience without requiring users to have extensive knowledge of sound engineering.One of the key features of an adaptive automatic equalizer is its ability to learn and adapt over time. Through advanced algorithms, it can identify patterns in audio signals and make predictive adjustments. This means that the more it is used in a particular environment, the better it becomes at optimizing sound quality. For example, if a user frequently listens to music in a specific room, the adaptive automatic equalizer will gradually learn the acoustics of that space and adjust the sound output accordingly, providing a tailored listening experience.While the benefits of an adaptive automatic equalizer are clear, it is also essential to acknowledge some potential drawbacks. For instance, overly aggressive adjustments can lead to unnatural sound alterations, which might not be desirable for audiophiles who prefer a more authentic representation of music. Therefore, many systems allow users to customize the level of adaptation, giving them control over how much influence the equalizer has on their audio experience.In conclusion, the adaptive automatic equalizer (自适应自动均衡器) represents a significant advancement in audio technology, offering dynamic and responsive sound adjustments that cater to various environments and user preferences. As technology continues to evolve, we can expect even more sophisticated versions of this tool, further enhancing our ability to enjoy high-quality audio in diverse settings. Whether in a professional studio or a casual home setup, the impact of an adaptive automatic equalizer is profound, improving our listening experiences and making high-fidelity sound accessible to everyone.

在音频处理领域，术语自适应自动均衡器指的是一种复杂的系统，旨在通过实时调整频率响应来增强音质。这项技术在声音特性由于房间声学或背景噪音的存在而可能显著变化的环境中尤其有益。自适应自动均衡器（adaptive automatic equalizer）通过持续分析音频信号并进行瞬时调整，确保输出在不同频率之间保持清晰和平衡。自适应自动均衡器的重要性不容小觑，特别是在录音室、现场表演和广播等专业音频环境中。在这些上下文中，声音工程师依赖这项技术来维持音频保真度，并防止因声音水平波动而引起的失真。例如，在现场音乐会上，场地的声学特性可能会随着观众的移动或乐器以不同音量演奏而变化。自适应自动均衡器可以迅速调整声音输出，以适应这些变化，确保音乐听起来愉悦。此外，自适应自动均衡器的使用不仅限于专业应用；它也进入了消费电子产品中。许多现代音频设备，包括智能手机、家庭影院和个人计算机，都结合了这项技术，以增强日常用户的听觉体验。通过根据当前环境自动调节音频输出，这些设备提供了更具沉浸感的体验，而无需用户具备丰富的声音工程知识。自适应自动均衡器的一个关键特性是其学习和适应的能力。通过先进的算法，它可以识别音频信号中的模式并进行预测性调整。这意味着它在特定环境中使用得越多，就越能优化音质。例如，如果用户经常在特定房间内听音乐，自适应自动均衡器将逐渐学习该空间的声学特性，并相应调整声音输出，从而提供量身定制的听觉体验。虽然自适应自动均衡器的好处显而易见，但同样重要的是承认一些潜在的缺点。例如，过于激进的调整可能导致不自然的声音变化，这对于喜欢更真实音乐表现的音响爱好者而言可能并不理想。因此，许多系统允许用户自定义适应的程度，让他们控制均衡器对音频体验的影响。总之，自适应自动均衡器（adaptive automatic equalizer）代表了音频技术的一项重大进步，提供了动态和响应式的声音调整，满足各种环境和用户偏好的需求。随着技术的不断进步，我们可以期待这项工具的更复杂版本，进一步提升我们在不同环境中享受高质量音频的能力。无论是在专业录音室还是休闲家庭设置中，自适应自动均衡器的影响都很深远，提高了我们的听觉体验，使高保真音质变得对每个人都可及。