error checking arrangement

简明释义

误差校验装置

英英释义

例句

1.During the testing phase, the team discovered flaws in the error checking arrangement.

在测试阶段，团队发现了错误检查机制中的缺陷。

2.The error checking arrangement helps to identify issues before they escalate.

这个错误检查机制有助于在问题升级之前识别它们。

3.The software includes an error checking arrangement to ensure data integrity.

该软件包含一个错误检查机制以确保数据完整性。

4.An effective error checking arrangement can save time and resources in project development.

一个有效的错误检查机制可以节省项目开发中的时间和资源。

5.We implemented an error checking arrangement in our database system to catch anomalies.

我们在数据库系统中实施了一个错误检查机制以捕捉异常。

作文

In today's fast-paced digital world, the importance of data integrity cannot be overstated. As we rely more on technology for both personal and professional tasks, ensuring that our data remains accurate is paramount. One crucial aspect of maintaining this accuracy is through an effective error checking arrangement. This term refers to the systematic methods and protocols that are put in place to identify and correct errors in data processing and transmission. Without such arrangements, even the smallest mistake can lead to significant consequences.For instance, consider a financial institution that processes thousands of transactions daily. If there were no error checking arrangement, a simple typo in a customer’s account number could result in funds being transferred to the wrong account. This not only affects the individuals involved but can also damage the institution's reputation and lead to legal ramifications. Therefore, implementing robust error checking mechanisms is essential to safeguard against such mishaps.There are several types of error checking arrangements utilized in various fields. One common method is the use of checksums, which are calculated values derived from a set of data. When data is sent over a network, the sender computes a checksum and transmits it along with the data. The receiver then performs the same calculation and compares the two values. If they match, the data is considered intact; if not, an error has occurred, prompting a retransmission. This simple yet effective technique illustrates how vital error checking arrangements are in maintaining data integrity.Another example of an error checking arrangement is the implementation of parity bits in computer memory. A parity bit is an additional bit added to a string of binary code that helps ensure the data has not been altered. If the number of 1s in the data is odd, the parity bit is set to 1 to make the total count even, and vice versa. When the data is accessed later, the system checks the parity bit to verify whether the data remains unchanged. This method highlights how error checking arrangements can be seamlessly integrated into technology to enhance reliability.Moreover, in the realm of software development, rigorous testing phases often incorporate error checking arrangements to identify bugs before a product is released to users. Techniques such as unit testing, integration testing, and system testing are all designed to catch errors early in the development process. By employing these strategies, developers can ensure that the final product is as error-free as possible, ultimately leading to a better user experience.In conclusion, the significance of error checking arrangements in various domains cannot be overlooked. From financial institutions to software development, these systems play a critical role in ensuring data accuracy and reliability. As technology continues to evolve, the need for sophisticated error checking arrangements will only grow. Organizations must prioritize these arrangements to protect themselves and their clients from the potential fallout of data errors. By investing in effective error checking solutions, we can foster a more trustworthy digital environment, paving the way for future innovations and advancements in technology.

在当今快节奏的数字世界中，数据完整性的重要性不容小觑。随着我们在个人和职业任务中越来越依赖技术，确保我们的数据保持准确至关重要。维护这种准确性的一个关键方面是通过有效的错误检查安排。这个术语指的是为识别和纠正数据处理和传输中的错误而制定的系统方法和协议。如果没有这样的安排，即使是最小的错误也可能导致重大后果。例如，考虑一家每天处理数千笔交易的金融机构。如果没有错误检查安排，客户账户号码中的一个简单错字可能会导致资金转移到错误的账户。这不仅影响相关个人，还可能损害机构的声誉并导致法律后果。因此，实施强有力的错误检查机制对于防止此类事故至关重要。在各个领域中，有几种类型的错误检查安排被广泛使用。一种常见的方法是使用校验和，这是一种从一组数据中得出的计算值。当数据通过网络发送时，发送方计算出一个校验和并将其与数据一起传输。接收方随后进行相同的计算并比较这两个值。如果它们匹配，则数据被视为完整；如果不匹配，则发生了错误，提示重新传输。这种简单而有效的技术说明了错误检查安排在维护数据完整性方面的重要性。另一个错误检查安排的例子是在计算机内存中实施奇偶校验位。奇偶校验位是添加到二进制代码字符串中的附加位，用于帮助确保数据未被更改。如果数据中的1的数量是奇数，则设置奇偶校验位为1，以使总数变为偶数，反之亦然。当稍后访问数据时，系统检查奇偶校验位以验证数据是否保持不变。这种方法突显了如何将错误检查安排无缝集成到技术中以增强可靠性。此外，在软件开发领域，严格的测试阶段通常会纳入错误检查安排以在产品发布给用户之前识别错误。单元测试、集成测试和系统测试等技术均旨在在开发过程中尽早捕捉错误。通过采用这些策略，开发人员可以确保最终产品尽可能无误，从而最终提高用户体验。总之，各个领域中错误检查安排的重要性不容忽视。从金融机构到软件开发，这些系统在确保数据准确性和可靠性方面发挥着关键作用。随着技术的不断发展，对复杂的错误检查安排的需求只会增加。组织必须优先考虑这些安排，以保护自己和客户免受数据错误潜在后果的影响。通过投资有效的错误检查解决方案，我们可以促进一个更值得信赖的数字环境，为未来的创新和技术进步铺平道路。