fine tuning

fine tuning 的音标为：[faɪn ˈtɪnɪŋ] ，意思是微调。

速记技巧：可以记成“fine 听音tuning微调”。在听到单词fine时，想到“轻的”，轻的调一下就是微调。

希望以上信息对您有帮助。如有更多问题，可以咨询专业人士。

Fine tuning这个词的英文词源可以追溯到拉丁语“finis”和“tunus”，意为“完成”或“完美”。它的变化形式包括名词“fine tuning”和形容词“fine-tuned”，前者表示“微调”，后者表示“经过微调的”。

相关单词：

1. "Tuning fork"：一种用于调整乐器音调的工具，源自拉丁语“tunus”和“forca”。

2. "Tuned in"：表示与某个频道或信号同步，源自“tuning fork”和“in”。

3. "Tuner"：调谐器，与无线电或电视接收器相关联。

4. "Finetuner"：一种高级的、精确的调谐器，用于调整乐器或其他设备的音调。

5. "Fine-tuning"：在某种程度上进行微调，通常用于描述对机器学习模型或算法的微调。

6. "Tuning in to"：对某种事物有深入了解或对某种文化有深入理解。

7. "Tuned out"：表示对某种信息或观点不感兴趣或不想听。

8. "Tuning out the noise"：把噪音排除在外，专注于重要的事情。

9. "Fine-tuning the system"：对系统进行微调以使其更加完善或适应新的需求。

这些单词都与fine tuning这个词源有密切的联系，并且可以用来描述与调整、精确、同步和深入理解等相关的概念。

常用短语：

1. Fine-tuning the machine

2. Fine-tuning the model

3. Fine-tuning the algorithm

4. Fine-tuning the parameters

5. Fine-tuning the process

6. Fine-tuning the system

7. Fine-tuning the software

双语例句：

1. After fine-tuning the model, the accuracy of our speech recognition system has improved significantly.

2. We need to fine-tune the algorithm to improve its performance in this new environment.

3. The fine-tuning process took several hours, but the results were worth it.

4. The fine-tuning of the parameters has resulted in a significant improvement in performance.

5. The system"s fine-tuning process has been completed, and now we can start using it.

6. The software we are developing requires fine-tuning before it can be used in production environments.

7. After fine-tuning, the machine"s performance exceeded our expectations.

英文小作文：

Title: Fine Tuning: The Key to Successful Software Development

Fine tuning is a crucial step in software development, which ensures that the system is optimized for its specific use case. It involves adjusting various parameters to achieve the desired results and improve overall performance. Through fine tuning, software developers can ensure that their systems are more reliable, efficient, and responsive to user needs.

In today"s fast-paced technology industry, software systems must be able to adapt quickly to changing requirements and market conditions. Fine tuning allows developers to make incremental improvements to their systems over time, rather than starting from scratch each time. This approach helps to reduce development time and costs while ensuring that the system remains reliable and efficient.

Moreover, fine tuning is not just limited to software systems. It can also be applied to other areas, such as machine learning models and algorithms. By fine tuning these systems, developers can improve their accuracy, reduce errors, and increase their overall performance.

In conclusion, fine tuning is a key component of successful software development and can help to ensure that systems are more reliable, efficient, and responsive to user needs. By applying this technique, developers can reduce development time and costs while improving overall system performance.