interchannel intelligible crosstalk

简明释义

路际可懂串音

英英释义

例句

1.Testing revealed that the interchannel intelligible crosstalk was below acceptable limits, enhancing sound quality.

测试显示，通道间可懂的串扰低于可接受的限制，提升了音质。

2.In our latest model, we've significantly reduced interchannel intelligible crosstalk for better audio separation.

在我们的最新型号中，我们显著减少了通道间可懂的串扰，以获得更好的音频分离。

3.During the audio test, we measured the level of interchannel intelligible crosstalk to ensure clarity in sound reproduction.

在音频测试中，我们测量了通道间可懂的串扰的水平，以确保声音重现的清晰度。

4.To achieve high fidelity, it is crucial to minimize interchannel intelligible crosstalk in audio systems.

为了实现高保真，最小化音频系统中的通道间可懂的串扰至关重要。

5.The engineer explained how interchannel intelligible crosstalk can affect the overall listening experience in a stereo setup.

工程师解释了通道间可懂的串扰如何影响立体声系统的整体听觉体验。

作文

In the world of communication systems, various phenomena can affect the clarity and intelligibility of transmitted signals. One such phenomenon is known as interchannel intelligible crosstalk, which refers to the unwanted transfer of signals between different channels that can still be understood by the listener. This type of crosstalk can occur in various communication mediums, including telephony, broadcasting, and even digital communications. Understanding how interchannel intelligible crosstalk works is crucial for engineers and designers who aim to improve the quality of audio and visual transmissions.To comprehend the impact of interchannel intelligible crosstalk, it is essential to first define what crosstalk is. Crosstalk generally occurs when a signal from one channel interferes with another channel, leading to a blending of sounds or messages. In some cases, this interference can be so severe that it makes the intended message unintelligible. However, interchannel intelligible crosstalk is a unique subset where the crosstalk is still discernible, meaning that although two channels may interfere with each other, the listener can still make sense of both messages.This phenomenon can be particularly interesting in the context of telephone conversations. For instance, if two people are speaking on adjacent lines, the sounds from one line might leak into the other. While this could be distracting, if the crosstalk is intelligible, the person on the receiving end may still be able to understand not only their own conversation but also snippets of the other person's dialogue. This situation can lead to confusion, as the listener may find themselves trying to process multiple conversations at once.In the realm of broadcasting, interchannel intelligible crosstalk can occur when multiple audio sources are mixed together. For example, during a live event broadcast, if the microphones picking up different speakers are not properly isolated, their voices may overlap. This can create a scenario where the audience hears overlapping dialogues, making it challenging to focus on any single speaker. While this can add a layer of realism to the broadcast, it can also detract from the overall clarity of the message being conveyed.Digital communications are not immune to interchannel intelligible crosstalk either. In video conferencing platforms, poor audio management can lead to situations where participants hear echoes or overlapping voices. This can hinder effective communication, as participants may struggle to follow the conversation when multiple voices are present simultaneously. Engineers working on these platforms must consider how to minimize interchannel intelligible crosstalk to ensure a smooth and clear communication experience.To mitigate the effects of interchannel intelligible crosstalk, various strategies can be employed. These include improving the physical separation of channels, using advanced signal processing techniques to filter out unwanted noise, and employing better audio equipment that minimizes interference. By addressing these factors, communication systems can enhance clarity and intelligibility, ultimately leading to more effective exchanges of information.In conclusion, interchannel intelligible crosstalk represents a fascinating area of study within the field of communication. While it can pose challenges, understanding its implications allows for advancements in technology that can significantly improve the quality of our auditory experiences. Whether in telephony, broadcasting, or digital communication, recognizing and addressing interchannel intelligible crosstalk is vital for ensuring that messages are not only transmitted but received with clarity and understanding.

在通信系统的世界中，各种现象可能会影响传输信号的清晰度和可懂性。其中一个现象被称为interchannel intelligible crosstalk，指的是不同通道之间信号的非自愿转移，这些信号仍然可以被听众理解。这种类型的串扰可以发生在各种通信媒介中，包括电话、广播，甚至数字通信。理解interchannel intelligible crosstalk的工作原理对旨在提高音频和视觉传输质量的工程师和设计师至关重要。要理解interchannel intelligible crosstalk的影响，首先必须定义什么是串扰。串扰通常发生在一个通道的信号干扰另一个通道时，导致声音或信息的混合。在某些情况下，这种干扰可能严重到使预期的信息无法理解。然而，interchannel intelligible crosstalk是一种独特的子集，其中串扰仍然是可辨别的，这意味着尽管两个通道可能相互干扰，听众仍然能够理解两条信息。这种现象在电话交谈的背景下尤其有趣。例如，如果两个人在相邻的线路上通话，一个线路的声音可能会泄漏到另一个线路中。虽然这可能会分散注意力，但如果串扰是可理解的，接收方可能仍然能够理解他们自己的对话以及另一人的对话片段。这种情况可能会导致混淆，因为听者可能会发现自己试图同时处理多个对话。在广播领域，interchannel intelligible crosstalk可能发生在多个音频源混合在一起时。例如，在现场活动广播期间，如果拾取不同发言者的麦克风没有得到适当隔离，他们的声音可能会重叠。这可能造成观众听到重叠的对话，使得集中注意力于任何一个发言者变得具有挑战性。虽然这可能为广播增添了一层现实感，但也可能削弱所传达信息的整体清晰度。数字通信同样不能免受interchannel intelligible crosstalk的影响。在视频会议平台上，糟糕的音频管理可能导致参与者听到回声或重叠的声音。当多个声音同时出现时，这可能妨碍有效沟通，因为参与者可能难以跟上对话。致力于这些平台的工程师必须考虑如何最小化interchannel intelligible crosstalk，以确保顺畅且清晰的沟通体验。为了减轻interchannel intelligible crosstalk的影响，可以采用多种策略。这些策略包括改善通道之间的物理隔离，使用先进的信号处理技术过滤掉不必要的噪声，以及使用更好的音频设备以最小化干扰。通过解决这些因素，通信系统可以增强清晰度和可懂性，从而最终实现更有效的信息交流。总之，interchannel intelligible crosstalk代表了通信领域内一个引人入胜的研究领域。虽然它可能带来挑战，但理解其影响使得在技术方面的进步成为可能，这可以显著改善我们的听觉体验。无论是在电话、广播还是数字通信中，认识到并解决interchannel intelligible crosstalk对于确保信息不仅被传输而且被清晰理解至关重要。