voice frequency

简明释义

音频

英英释义

例句

1.During the call, I noticed that the voice frequency 人声频率 was too low, making it hard to hear.

在通话中，我注意到人声频率太低，听起来很困难。

2.The audio engineer adjusted the settings to enhance the voice frequency 人声频率 for clearer dialogue in the film.

音频工程师调整设置以增强电影中更清晰对话的人声频率。

3.In speech therapy, therapists often focus on adjusting the voice frequency 人声频率 to help clients improve their speaking skills.

在语言治疗中，治疗师通常专注于调整人声频率，以帮助客户改善口语技能。

4.The microphone is designed to capture a wide range of voice frequencies 人声频率, ensuring high-quality recordings.

该麦克风旨在捕捉广泛的人声频率，确保高质量录音。

5.The app analyzes your voice frequency 人声频率 to provide feedback on your singing technique.

该应用程序分析你的人声频率，以提供关于你唱歌技巧的反馈。

作文

In the world of audio technology and communication, understanding the concept of voice frequency is essential. Voice frequency refers to the range of frequencies that are typically associated with human speech, which generally falls between 300 Hz to 3400 Hz. This frequency range is crucial for effective communication, as it encompasses the fundamental frequencies of human vocal sounds and the harmonics that contribute to the clarity and intelligibility of speech.The significance of voice frequency can be observed in various fields, including telecommunications, broadcasting, and even music production. In telecommunications, for example, the design of telephone systems relies heavily on the voice frequency spectrum. Engineers must ensure that the equipment used can adequately capture and transmit these frequencies to maintain clear conversations. If the frequencies fall outside this range, the voice may sound distorted or muffled, leading to misunderstandings.Moreover, in broadcasting, particularly in radio and television, the voice frequency range is critical for ensuring that the audience receives clear audio. Sound engineers often utilize equalization techniques to enhance the voice frequency components of a broadcast signal, allowing the speech to stand out against background music or noise. This attention to detail is what makes a broadcast enjoyable and comprehensible for listeners.In the realm of music production, understanding voice frequency is equally important. Vocalists and sound engineers work together to ensure that the singer’s voice is mixed appropriately within a song. By emphasizing the voice frequency range during mixing, producers can create a more balanced sound, allowing the vocals to shine while maintaining harmony with other instruments. This balance is vital for genres where lyrics play a significant role, as listeners need to discern the words being sung.Furthermore, speech recognition technology also heavily relies on voice frequency. Devices such as smartphones and virtual assistants use algorithms designed to detect and interpret human speech. These systems analyze the voice frequency patterns to convert spoken words into text or to execute commands. As technology advances, the accuracy of these systems improves, making them increasingly reliable for users.In addition to technical applications, the understanding of voice frequency extends to linguistics and phonetics. Researchers study how different languages utilize various frequencies to convey meaning and emotion. For instance, the pitch and tone of a voice can change the interpretation of a message, revealing the speaker's intent or emotional state. This aspect of voice frequency highlights its importance not just in technology but also in human interaction and social dynamics.In conclusion, the concept of voice frequency is multifaceted and plays a vital role in numerous domains. From ensuring clear communication in telecommunications to enhancing audio quality in broadcasting and music, the implications of voice frequency are far-reaching. As technology continues to evolve, our understanding and application of voice frequency will only deepen, paving the way for advancements in how we communicate and interact with one another. Recognizing the significance of voice frequency is crucial for anyone involved in audio-related fields, as it directly impacts the effectiveness of communication and the overall auditory experience.

在音频技术和通信的世界中，理解“voice frequency”这一概念至关重要。“voice frequency”指的是通常与人类语言相关的频率范围，一般在300 Hz到3400 Hz之间。这个频率范围对于有效沟通至关重要，因为它涵盖了人声的基本频率和有助于清晰度和可懂性的谐波。“voice frequency”的重要性可以在多个领域中观察到，包括电信、广播，甚至音乐制作。例如，在电信中，电话系统的设计严重依赖于“voice frequency”频谱。工程师必须确保所使用的设备能够充分捕捉和传输这些频率，以保持对话的清晰。如果频率超出此范围，声音可能会显得失真或模糊，从而导致误解。此外，在广播中，特别是在无线电和电视中，“voice frequency”范围对确保观众接收到清晰音频至关重要。声音工程师通常利用均衡技术来增强广播信号中的“voice frequency”成分，使语音在背景音乐或噪音中脱颖而出。这种对细节的关注使广播变得愉快且易于理解。在音乐制作领域，理解“voice frequency”同样重要。歌手和声音工程师合作，确保歌手的声音在歌曲中适当混合。通过在混音过程中强调“voice frequency”范围，制作人可以创造出更平衡的声音，使人声更加突出，同时与其他乐器保持和谐。这种平衡对于歌词在歌曲中扮演重要角色的流派至关重要，因为听众需要辨别出正在唱的词。此外，语音识别技术也严重依赖于“voice frequency”。智能手机和虚拟助手等设备使用旨在检测和解释人类语言的算法。这些系统分析“voice frequency”模式，将口语转换为文本或执行命令。随着技术的进步，这些系统的准确性不断提高，使其对用户越来越可靠。除了技术应用外，对“voice frequency”的理解还扩展到语言学和语音学。研究人员研究不同语言如何利用各种频率来传达意义和情感。例如，声音的音调和音色可以改变信息的解释，揭示说话者的意图或情感状态。“voice frequency”的这一方面突显了其在技术和人际互动及社会动态中的重要性。总之，“voice frequency”的概念是多方面的，在多个领域发挥着重要作用。从确保电信中的清晰沟通到增强广播和音乐中的音频质量，“voice frequency”的影响深远。随着技术的不断发展，我们对“voice frequency”的理解和应用将不断加深，为我们沟通和互动的方式铺平道路。认识到“voice frequency”的重要性对于任何参与音频相关领域的人来说都是至关重要的，因为它直接影响到沟通的有效性和整体听觉体验。