hand tuning

简明释义

手调谐

英英释义

例句

1.The engineer performed hand tuning to optimize the performance of the engine.

工程师进行了手动调整以优化发动机的性能。

2.After the initial setup, the technician focused on hand tuning the audio settings for better sound quality.

初步设置后，技术员专注于手动调整音频设置，以获得更好的音质。

3.For this project, we will rely on hand tuning instead of automated processes to ensure precision.

在这个项目中，我们将依靠手动调整而不是自动化流程来确保精确度。

4.In machine learning, hand tuning the hyperparameters can lead to significantly better model performance.

在机器学习中，手动调整超参数可以显著提高模型性能。

5.The artist spent hours hand tuning the colors in the painting to achieve the desired effect.

艺术家花了几个小时手动调整画作中的颜色，以达到理想效果。

作文

In the world of technology and engineering, precision is paramount. One of the methods that professionals use to achieve this precision is through a process known as hand tuning. This term refers to the meticulous adjustments made by skilled individuals rather than relying solely on automated systems or algorithms. The importance of hand tuning can be seen across various fields, including music, automotive engineering, and software development.In music, for instance, hand tuning is essential for achieving the perfect sound. A skilled musician will often adjust their instrument by ear, making subtle changes to ensure that it resonates beautifully. This practice requires not only a deep understanding of the instrument but also an innate sense of pitch and harmony. While electronic tuners can provide a baseline, the final adjustments are often left to the musician's expertise. This human touch in hand tuning adds a level of artistry that machines cannot replicate.Similarly, in automotive engineering, hand tuning plays a critical role in optimizing vehicle performance. Engineers and mechanics often make manual adjustments to engines, suspensions, and other components to enhance speed, efficiency, and handling. These adjustments are based on real-world testing and feedback, allowing for a level of customization that automated processes may overlook. For car enthusiasts, hand tuning can mean the difference between a standard vehicle and one that delivers an exhilarating driving experience.In the realm of software development, hand tuning involves fine-tuning algorithms and code to improve performance and efficiency. While many developers rely on automated tools to streamline their work, the most successful applications often result from careful manual adjustments. By analyzing performance metrics and user feedback, developers can identify areas that require improvement and make targeted changes. This process ensures that the software not only functions well but also meets the specific needs of its users. The ability to perform hand tuning in software development highlights the importance of human insight in a field increasingly dominated by automation.Despite the advances in technology, the value of hand tuning remains significant. It emphasizes the importance of human skill, intuition, and creativity in producing high-quality results. In a world where automation is becoming more prevalent, the art of hand tuning serves as a reminder that there are aspects of craftsmanship that machines simply cannot replicate. Whether in music, automotive engineering, or software development, the practice of hand tuning continues to play a vital role in ensuring excellence and innovation.In conclusion, hand tuning is a critical process that underscores the importance of human involvement in various fields. It allows for personalized adjustments that enhance performance and quality, proving that while technology can assist us, there are certain nuances that only skilled individuals can achieve. As we continue to advance technologically, it is essential to recognize and preserve the art of hand tuning, ensuring that the human touch remains an integral part of our creative and engineering endeavors.

在科技和工程的世界中，精确性至关重要。专业人士用来实现这种精确性的一种方法是通过一个称为手动调节的过程。这个术语指的是由熟练的个人进行的细致调整，而不是仅仅依赖自动化系统或算法。手动调节的重要性可以在音乐、汽车工程和软件开发等各个领域看到。例如，在音乐中，手动调节对于实现完美的声音至关重要。一位熟练的音乐家通常会凭耳朵调整他们的乐器，进行微妙的变化，以确保其共鸣优美。这一实践不仅需要对乐器有深刻的理解，还需要对音高和和声有天生的感知。虽然电子调音器可以提供基础，但最终的调整往往留给音乐家的专业知识。这种在手动调节中的人性化触感增添了机器无法复制的艺术性。同样，在汽车工程中，手动调节在优化车辆性能方面发挥着关键作用。工程师和机械师通常会对发动机、悬挂和其他组件进行手动调整，以提高速度、效率和操控性。这些调整基于现实世界的测试和反馈，使得能够实现自动化过程可能忽视的定制化。对于汽车爱好者来说，手动调节可能意味着一辆标准车辆与一辆提供令人兴奋的驾驶体验之间的区别。在软件开发领域，手动调节涉及对算法和代码的微调，以改善性能和效率。虽然许多开发人员依赖自动化工具来简化工作，但最成功的应用程序往往源于仔细的手动调整。通过分析性能指标和用户反馈，开发人员可以确定需要改进的领域并进行有针对性的更改。这个过程确保软件不仅运行良好，而且满足用户的具体需求。在软件开发中进行手动调节的能力突显了人类洞察力在一个越来越被自动化主导的领域中的重要性。尽管技术不断进步，手动调节的价值仍然显著。它强调了人类技能、直觉和创造力在产生高质量结果中的重要性。在一个自动化日益普及的世界中，手动调节的艺术提醒我们，有一些工艺的细微差别是机器根本无法复制的。无论是在音乐、汽车工程还是软件开发中，手动调节的实践继续在确保卓越和创新中发挥重要作用。总之，手动调节是一个关键过程，强调了人类参与在各个领域的重要性。它允许个性化的调整，从而增强性能和质量，证明了尽管技术可以帮助我们，但有些细微之处只能由熟练的个人实现。随着我们继续在技术上取得进步，认识和保留手动调节的艺术至关重要，确保人类的触感始终是我们创造和工程努力的一个不可或缺的部分。