transmission quality

简明释义

传输品质

英英释义

Transmission quality refers to the clarity, fidelity, and overall performance of a signal as it is transmitted from one point to another, often evaluated in terms of sound or image quality in telecommunications.

传输质量是指信号从一个点传输到另一个点时的清晰度、保真度和整体性能，通常在电信中以声音或图像质量进行评估。

例句

1.Poor transmission quality can lead to dropped calls during a conversation.

较差的传输质量可能导致通话中断。

2.We need to upgrade our network infrastructure to improve transmission quality.

我们需要升级网络基础设施以改善传输质量。

3.The engineers are constantly monitoring the transmission quality to ensure optimal performance.

工程师们正在不断监测传输质量以确保最佳性能。

4.To enhance transmission quality, we are implementing new encoding techniques.

为了提高传输质量，我们正在实施新的编码技术。

5.The video streaming service is experiencing issues due to low transmission quality.

由于低传输质量，视频流服务正遭遇问题。

作文

In today's digital age, the importance of transmission quality cannot be overstated. It plays a crucial role in how we communicate, consume media, and interact with technology. Whether it is streaming a movie, making a video call, or sending files over the internet, the quality of transmission directly affects our experience. High transmission quality ensures that data is delivered quickly and accurately, resulting in clear audio and video, minimal buffering, and seamless connectivity.One of the key factors influencing transmission quality is the bandwidth available for data transfer. Bandwidth refers to the maximum rate at which data can be transmitted over a network. A higher bandwidth allows for more data to be sent simultaneously, which is essential for high-definition video streaming and online gaming. For instance, when watching a movie on a streaming platform, if the transmission quality is poor due to low bandwidth, the video may lag or pixelate, ruining the viewing experience.Moreover, the type of connection also impacts transmission quality. Wired connections, such as fiber-optic cables, generally provide better quality than wireless connections. While Wi-Fi is convenient, it can be susceptible to interference from other devices and physical obstacles, leading to fluctuations in transmission quality. This is why many professionals prefer using wired connections for important video conferences or presentations, as they can rely on a stable and high-quality transmission.Another aspect to consider is the technology used to compress and encode data. Advanced compression techniques can improve transmission quality by reducing the amount of data that needs to be sent without sacrificing clarity. For example, video codecs like H.264 and H.265 allow for high-quality video to be streamed at lower bitrates, enhancing the overall experience even in scenarios with limited bandwidth.Furthermore, the infrastructure behind internet service providers (ISPs) plays a significant role in determining transmission quality. ISPs are responsible for maintaining the networks that facilitate data transfer. Their ability to manage traffic and ensure that users have adequate access to resources directly impacts the quality of transmission experienced by consumers. In regions where ISPs invest in robust infrastructure, users typically enjoy superior transmission quality compared to areas with outdated or underdeveloped networks.In conclusion, understanding transmission quality is essential in our increasingly connected world. As we rely more on digital communication and media consumption, the demand for high-quality transmission will only grow. By being aware of the factors that influence transmission quality, individuals and organizations can make informed decisions about their technology choices, ensuring a better overall experience. Whether for personal use or business purposes, prioritizing high transmission quality is key to effective communication and engagement in the digital landscape.

在当今数字时代，传输质量的重要性不容小觑。它在我们如何沟通、消费媒体和与技术互动方面发挥着至关重要的作用。无论是观看电影、进行视频通话还是通过互联网发送文件，传输的质量直接影响我们的体验。高的传输质量确保数据快速准确地传递，从而产生清晰的音频和视频、最小的缓冲和无缝的连接。影响传输质量的关键因素之一是可用于数据传输的带宽。带宽是指网络上数据可以传输的最大速率。更高的带宽允许同时发送更多的数据，这对于高清视频流和在线游戏至关重要。例如，当在流媒体平台上观看电影时，如果由于带宽不足而导致传输质量较差，视频可能会出现延迟或像素化，从而破坏观看体验。此外，连接类型也会影响传输质量。与无线连接相比，有线连接（如光纤电缆）通常提供更好的质量。虽然Wi-Fi很方便，但它可能会受到其他设备和物理障碍的干扰，从而导致传输质量波动。这就是为什么许多专业人士在重要的视频会议或演示中更喜欢使用有线连接，因为他们可以依赖稳定和高质量的传输。另一个需要考虑的方面是用于压缩和编码数据的技术。先进的压缩技术可以通过减少需要发送的数据量而不牺牲清晰度来改善传输质量。例如，视频编码器H.264和H.265允许在较低的比特率下流式传输高质量视频，即使在带宽有限的情况下也能提升整体体验。此外，互联网服务提供商（ISP）背后的基础设施在决定传输质量方面也起着重要作用。ISP负责维护促进数据传输的网络。他们管理流量和确保用户有足够资源访问的能力直接影响消费者体验到的传输质量。在ISP投资于强大基础设施的地区，用户通常享有优越的传输质量，而在基础设施过时或欠发达的地区则不然。总之，理解传输质量在我们日益互联的世界中至关重要。随着我们越来越依赖数字通信和媒体消费，对高质量传输的需求只会增加。通过了解影响传输质量的因素，个人和组织可以就其技术选择做出明智的决策，从而确保更好的整体体验。无论是个人使用还是商业目的，优先考虑高传输质量是有效沟通和参与数字环境的关键。