self verifying

简明释义

自动检验

英英释义

例句

1.The new software includes a feature that is self verifying, ensuring all data inputs are accurate.

新软件包含一个自我验证的功能，确保所有数据输入都是准确的。

2.The automated system performs self verifying checks to confirm the integrity of the files.

自动化系统执行自我验证检查，以确认文件的完整性。

3.In blockchain technology, transactions are self verifying, which enhances security and trust.

在区块链技术中，交易是自我验证的，这增强了安全性和信任度。

4.The algorithm is designed to be self verifying, which reduces the need for external validation.

该算法设计为自我验证，从而减少对外部验证的需求。

5.Our quality control process is self verifying, allowing us to maintain high standards without manual checks.

我们的质量控制流程是自我验证的，使我们能够在不进行人工检查的情况下保持高标准。

作文

In our increasingly complex world, the concept of self verifying processes has gained significant importance. This term refers to systems or methods that can confirm their own accuracy and validity without requiring external validation. In various fields, from technology to education, understanding and implementing self verifying mechanisms can enhance efficiency and reliability.Take, for instance, the realm of software development. In this field, a self verifying code system ensures that the software can test and validate its own functions as it runs. This not only saves time but also reduces the likelihood of human error during the testing phase. Automated testing frameworks are prime examples of self verifying tools, where the software continuously checks its performance and alerts developers to any discrepancies. By employing such systems, developers can focus more on creating innovative features rather than getting bogged down by repetitive testing tasks.Moreover, in education, the idea of self verifying assessments is becoming increasingly relevant. Educators are now exploring ways to design assessments that allow students to evaluate their own understanding and skills. For example, through reflective practices and self-assessment rubrics, students can engage in self verifying their learning outcomes. This process not only fosters independence but also encourages a deeper understanding of the material, as students learn to identify their strengths and areas for improvement.In the context of scientific research, self verifying experiments play a crucial role in validating findings. Researchers often design experiments that can independently confirm their hypotheses. This means that the results obtained from the experiment should be reproducible and consistent, providing a form of self verifying evidence that strengthens the credibility of the research. When studies can replicate their results, it builds a foundation of trust and reliability within the scientific community.Furthermore, the application of self verifying principles is not limited to technical fields. In everyday life, individuals can adopt self verifying practices to enhance personal growth. For instance, keeping a journal can serve as a self verifying method for individuals to track their progress over time. By regularly reflecting on their thoughts, feelings, and achievements, individuals can gain insights into their personal development journey, making adjustments as needed based on their own evaluations.In conclusion, the notion of self verifying processes is a powerful tool across various domains. Whether in technology, education, scientific research, or personal development, the ability to confirm one’s own accuracy and validity leads to greater autonomy and efficiency. As we continue to navigate an ever-evolving landscape, embracing self verifying mechanisms will undoubtedly pave the way for more reliable and innovative practices. The future lies in our capacity to create systems that not only perform tasks but also validate their own effectiveness, ensuring a more trustworthy and efficient world for everyone.

在我们日益复杂的世界中，自我验证过程的概念变得越来越重要。这个术语指的是能够在不需要外部验证的情况下确认自身准确性和有效性的系统或方法。在技术到教育等各个领域，理解和实施自我验证机制可以提高效率和可靠性。以软件开发领域为例。在这个领域中，自我验证代码系统确保软件在运行时能够测试和验证其自身功能。这不仅节省了时间，还减少了测试阶段人为错误的可能性。自动化测试框架就是自我验证工具的典型例子，其中软件不断检查其性能，并提醒开发人员任何不一致之处。通过使用这样的系统，开发人员可以更多地专注于创建创新功能，而不是被重复的测试任务所困扰。此外，在教育中，自我验证评估的理念变得越来越相关。教育者们正在探索设计评估的方法，使学生能够评估自己的理解和技能。例如，通过反思实践和自我评估评分标准，学生可以参与到自我验证他们的学习成果中。这一过程不仅促进了独立性，还鼓励学生对材料有更深入的理解，因为他们学会识别自己的优点和改进领域。在科学研究的背景下，自我验证实验在验证发现方面发挥着至关重要的作用。研究人员通常设计可以独立确认其假设的实验。这意味着从实验中获得的结果应该是可重复和一致的，提供一种自我验证的证据，增强研究的可信度。当研究能够复制其结果时，它在科学界建立了信任和可靠性的基础。此外，自我验证原则的应用并不限于技术领域。在日常生活中，个人可以采用自我验证实践来增强个人成长。例如，保持一个日记可以作为个人跟踪自己进步的自我验证方法。通过定期反思自己的思想、感受和成就，个人可以获得对自己个人发展旅程的见解，并根据自己的评估进行必要的调整。总之，自我验证过程的概念是各个领域的一种强大工具。无论是在技术、教育、科学研究还是个人发展中，确认自身的准确性和有效性的能力都能带来更大的自主性和效率。在我们继续导航不断发展的环境时，拥抱自我验证机制无疑将为更可靠和创新的实践铺平道路。未来在于我们创造不仅执行任务而且验证自身有效性的系统的能力，从而确保一个对每个人都更加可信和高效的世界。