auto adapted noise filtering

简明释义

自适应噪声滤波;

英英释义

例句

1.With auto adapted noise filtering, the virtual assistant can better understand your commands in a crowded place.

通过自动适应噪声过滤，虚拟助手可以在拥挤的地方更好地理解你的指令。

2.During the conference call, the software used auto adapted noise filtering to eliminate unwanted sounds.

在会议电话中，软件使用了自动适应噪声过滤来消除不必要的声音。

3.The new headphones feature auto adapted noise filtering, which automatically adjusts to the surrounding environment.

新耳机具有自动适应噪声过滤功能，能够根据周围环境自动调整。

4.The latest smartphone includes auto adapted noise filtering for clearer voice calls in noisy environments.

最新智能手机包括自动适应噪声过滤功能，以便在嘈杂环境中实现更清晰的语音通话。

5.In a busy office, auto adapted noise filtering helps employees focus by reducing background chatter.

在繁忙的办公室中，自动适应噪声过滤通过减少背景闲聊来帮助员工集中注意力。

作文

In today's fast-paced world, technology plays a crucial role in our daily lives, especially in the realm of communication and audio processing. One significant advancement in this field is the concept of auto adapted noise filtering. This technology aims to enhance audio clarity by automatically adjusting to varying noise levels in real-time. Understanding how auto adapted noise filtering works can help us appreciate its importance in various applications, from personal devices to professional audio equipment.The primary function of auto adapted noise filtering is to reduce unwanted background noise while preserving the desired audio signal. Traditional noise filtering methods often rely on static algorithms that do not account for changes in the surrounding environment. However, with auto adapted noise filtering, the system continuously analyzes the audio input and adjusts its filtering parameters accordingly. This dynamic approach ensures that the listener enjoys a clearer sound experience, free from distractions caused by ambient noise.One common application of auto adapted noise filtering is in hearing aids. Individuals with hearing impairments often struggle to distinguish speech from background sounds, especially in crowded environments. By utilizing auto adapted noise filtering, hearing aids can automatically detect and minimize background noise, allowing users to focus on conversations without straining to hear. This technology significantly improves their quality of life and social interactions.Another area where auto adapted noise filtering proves invaluable is in telecommunications. With the rise of remote work and virtual meetings, clear audio communication has become more important than ever. Many modern conferencing tools incorporate auto adapted noise filtering to eliminate disruptive sounds like keyboard typing, paper shuffling, or even barking dogs. This ensures that participants can communicate effectively, making virtual meetings more productive and enjoyable.Moreover, auto adapted noise filtering is also widely used in music production and broadcasting. Audio engineers rely on this technology to create high-quality recordings by minimizing background noise during the mixing process. By employing auto adapted noise filtering, they can achieve a cleaner sound, allowing the music to shine through without interference. This technique is essential for producing professional-grade audio content that meets industry standards.As we continue to advance technologically, the significance of auto adapted noise filtering will only grow. With the increasing prevalence of smart devices equipped with advanced audio capabilities, consumers will demand clearer and more immersive sound experiences. Innovations in auto adapted noise filtering will likely lead to further enhancements in various fields, including entertainment, healthcare, and communication.In conclusion, auto adapted noise filtering represents a remarkable leap forward in audio processing technology. Its ability to dynamically adjust to changing noise conditions makes it an essential tool in enhancing audio clarity across numerous applications. As we embrace the future of technology, understanding and utilizing auto adapted noise filtering will undoubtedly improve our auditory experiences, making communication and entertainment more enjoyable and accessible for everyone.

在当今快节奏的世界中，技术在我们的日常生活中发挥着至关重要的作用，尤其是在通信和音频处理领域。其中一个显著的进步是自适应噪声过滤的概念。这项技术旨在通过实时自动调整来增强音频清晰度，以适应不同的噪声水平。理解自适应噪声过滤的工作原理可以帮助我们欣赏它在各种应用中的重要性，从个人设备到专业音频设备。自适应噪声过滤的主要功能是减少不必要的背景噪声，同时保留所需的音频信号。传统的噪声过滤方法通常依赖于静态算法，这些算法不考虑周围环境的变化。然而，通过使用自适应噪声过滤，系统会不断分析音频输入，并相应地调整其过滤参数。这种动态的方法确保听众享受更清晰的声音体验，不受环境噪声的干扰。自适应噪声过滤的一个常见应用是在助听器中。听力受损的人在嘈杂的环境中往往难以区分言语和背景声音。通过利用自适应噪声过滤，助听器可以自动检测并最小化背景噪声，使用户能够专注于对话，而不必费力去听。这项技术显著改善了他们的生活质量和社交互动。另一个自适应噪声过滤证明不可或缺的领域是电信。随着远程工作和虚拟会议的兴起，清晰的音频通信变得比以往任何时候都重要。许多现代会议工具都结合了自适应噪声过滤，以消除打字、翻纸甚至狗吠等干扰声音。这确保了参与者能够有效沟通，使虚拟会议更加高效和愉快。此外，自适应噪声过滤在音乐制作和广播中也被广泛使用。音频工程师依赖这项技术在混音过程中最小化背景噪声，以创造高质量的录音。通过采用自适应噪声过滤，他们能够实现更清晰的声音，使音乐在没有干扰的情况下脱颖而出。这种技术对于制作符合行业标准的专业级音频内容至关重要。随着我们技术的不断进步，自适应噪声过滤的重要性只会增加。随着配备先进音频功能的智能设备的普遍存在，消费者将要求更加清晰和沉浸的声音体验。自适应噪声过滤的创新可能会导致各个领域进一步的增强，包括娱乐、医疗保健和通信。总之，自适应噪声过滤代表了音频处理技术的显著飞跃。其动态调整以适应不断变化的噪声条件的能力使其成为提高各种应用音频清晰度的基本工具。随着我们迎接技术的未来，理解和利用自适应噪声过滤无疑会改善我们的听觉体验，使沟通和娱乐对每个人来说更加愉快和可及。