transmitting ratio

简明释义

传动比

英英释义

例句

1.In fiber optics, the transmitting ratio affects how much light is lost during transmission.

在光纤中，传输比率影响在传输过程中光线的损失量。

2.To improve performance, we need to analyze the transmitting ratio of the current setup.

为了提高性能，我们需要分析当前设置的传输比率。

3.A higher transmitting ratio can lead to better audio quality in communication systems.

更高的传输比率可以提高通信系统中的音频质量。

4.The engineers calculated the transmitting ratio to ensure optimal signal strength in the network.

工程师计算了传输比率以确保网络中的最佳信号强度。

5.The transmitting ratio can vary depending on the medium used for communication.

根据用于通信的介质，传输比率可能会有所不同。

作文

In the field of telecommunications, the concept of transmitting ratio plays a crucial role in determining the efficiency and effectiveness of data transmission. The transmitting ratio refers to the proportion of data that is successfully transmitted over a communication channel compared to the total amount of data sent. This metric is essential for evaluating the performance of various communication systems, whether they are wired or wireless. To better understand the significance of the transmitting ratio, let us consider a practical example. Imagine a scenario where a company is sending a large file to its remote office. If the file size is 100 megabytes and only 80 megabytes are successfully received, the transmitting ratio would be 80%. This means that 20% of the data was lost during transmission, which could lead to incomplete information and potential misunderstandings. A high transmitting ratio indicates a reliable communication system, while a low ratio can signal issues such as interference, network congestion, or equipment malfunction. Engineers and technicians often analyze the transmitting ratio to identify and troubleshoot problems within the network. By improving this ratio, they can enhance the overall quality of service provided to users. Moreover, the transmitting ratio is not only relevant in telecommunications but also in other fields such as broadcasting and data storage. For instance, in broadcasting, a higher transmitting ratio ensures that more viewers receive a clear and uninterrupted signal, leading to a better viewing experience. Similarly, in data storage, understanding the transmitting ratio can help in optimizing data retrieval processes, ensuring that users can access their information quickly and efficiently. In conclusion, the transmitting ratio is a vital parameter that reflects the effectiveness of data transmission across various platforms. It serves as an indicator of reliability and can influence the overall user experience. By focusing on improving the transmitting ratio, companies and organizations can ensure that their communication systems are robust and efficient, ultimately leading to enhanced productivity and satisfaction among users.

在电信领域，传输比率的概念在确定数据传输的效率和有效性方面发挥着至关重要的作用。传输比率是指成功传输的数据与发送的总数据量之间的比例。这个指标对于评估各种通信系统的性能至关重要，无论是有线还是无线。为了更好地理解传输比率的重要性，让我们考虑一个实际的例子。想象一下，一个公司正在将一个大文件发送到其远程办公室。如果文件大小为100兆字节，而只有80兆字节成功接收，那么传输比率将为80%。这意味着在传输过程中丢失了20%的数据，这可能导致信息不完整和潜在的误解。高传输比率表明通信系统可靠，而低比率则可能表明干扰、网络拥塞或设备故障等问题。工程师和技术人员通常会分析传输比率以识别和排除网络中的问题。通过提高这一比率，他们可以增强提供给用户的整体服务质量。此外，传输比率不仅在电信中相关，在其他领域如广播和数据存储中也同样重要。例如，在广播中，更高的传输比率确保更多观众接收到清晰和不间断的信号，从而改善观看体验。同样，在数据存储中，了解传输比率可以帮助优化数据检索过程，确保用户能够快速有效地访问他们的信息。总之，传输比率是一个重要的参数，反映了各种平台上数据传输的有效性。它作为可靠性的指标，可以影响整体用户体验。通过专注于提高传输比率，公司和组织可以确保其通信系统稳健高效，最终提高生产力和用户满意度。