parallel running test

简明释义

并联运行试验

英英释义

例句

1.The parallel running test 并行运行测试 helped us identify discrepancies between the old and new systems.

这个并行运行测试 并行运行测试帮助我们识别了旧系统和新系统之间的差异。

2.After completing the parallel running test 并行运行测试, we were confident in switching to the new platform.

完成并行运行测试 并行运行测试后，我们对切换到新平台充满信心。

3.During the system migration, we conducted a parallel running test 并行运行测试 to ensure data integrity.

在系统迁移期间，我们进行了一个并行运行测试 并行运行测试以确保数据的完整性。

4.The results of the parallel running test 并行运行测试 indicated that the new system was faster.

这个并行运行测试 并行运行测试的结果表明新系统更快。

5.We scheduled a parallel running test 并行运行测试 for next week to validate the new software's performance.

我们安排了一个并行运行测试 并行运行测试，以验证新软件的性能。

作文

In the world of software development and systems implementation, ensuring a smooth transition from one system to another is critical. One effective method for achieving this is through a process known as parallel running test. This approach allows organizations to run two systems concurrently for a certain period of time, enabling them to compare outputs, identify discrepancies, and ensure that the new system functions as intended before fully switching over. The parallel running test is particularly important in environments where data integrity and system reliability are paramount, such as in financial institutions or healthcare systems.The parallel running test involves operating both the old and new systems at the same time. During this phase, users will input the same data into both systems and monitor the results. By doing so, organizations can verify that the new system produces the same outputs as the old one, which is crucial for maintaining business continuity. Any differences between the two systems can be analyzed and addressed before the old system is retired. This process not only helps in identifying potential issues but also builds confidence among users who may be skeptical about the new system.One of the key advantages of the parallel running test is that it minimizes risks associated with system migration. If the new system fails to perform as expected, organizations can continue to rely on the old system until all issues are resolved. This dual operation significantly reduces the chances of downtime and ensures that critical business operations are not disrupted. Additionally, the parallel running test provides a safety net, allowing teams to troubleshoot problems in real-time without impacting users.However, implementing a parallel running test requires careful planning and resources. Organizations need to allocate sufficient time and personnel to monitor both systems effectively. This might involve training staff to use the new system while still operating the old one. Furthermore, the duration of the parallel running test should be long enough to gather meaningful data but short enough to avoid excessive resource consumption. Typically, this phase can last from a few weeks to several months, depending on the complexity of the systems involved.Another consideration is the cost associated with running two systems simultaneously. Organizations must weigh the benefits of a parallel running test against the financial implications. While there may be upfront costs related to additional hardware, software licenses, and personnel training, these expenses can be justified by the potential savings from avoiding costly errors and system failures after the full transition.In conclusion, the parallel running test is an essential strategy in the realm of system implementation and migration. It provides a comprehensive approach to ensuring that new systems meet organizational needs without disrupting ongoing operations. By allowing for real-time comparison and troubleshooting, the parallel running test not only safeguards data integrity but also enhances user confidence in new technologies. As organizations continue to evolve and adopt new systems, the importance of thorough testing methodologies like the parallel running test cannot be overstated, as they play a vital role in successful technology transitions.

在软件开发和系统实施的世界中，确保从一个系统到另一个系统的平稳过渡至关重要。一种有效的方法是通过一个称为并行运行测试的过程。这种方法允许组织在一段时间内同时运行两个系统，使他们能够比较输出、识别差异，并确保新系统在完全切换之前按预期功能运作。并行运行测试在数据完整性和系统可靠性至关重要的环境中尤为重要，例如金融机构或医疗保健系统。并行运行测试涉及同时操作旧系统和新系统。在此阶段，用户将相同的数据输入到两个系统中，并监控结果。通过这样做，组织可以验证新系统是否生成与旧系统相同的输出，这对维护业务连续性至关重要。两个系统之间的任何差异都可以在旧系统退役之前进行分析和解决。这个过程不仅有助于识别潜在问题，而且还增强了用户对新系统的信心，他们可能会对新系统持怀疑态度。并行运行测试的一个主要优势是它最小化了与系统迁移相关的风险。如果新系统未能按预期执行，组织可以继续依赖旧系统，直到所有问题得到解决。这种双重操作显著降低了停机的可能性，并确保关键业务操作不会中断。此外，并行运行测试提供了一张安全网，允许团队在不影响用户的情况下实时排查问题。然而，实施并行运行测试需要仔细规划和资源。组织需要分配足够的时间和人员来有效监控两个系统。这可能涉及培训员工在操作旧系统的同时使用新系统。此外，并行运行测试的持续时间应足够长，以收集有意义的数据，但又要足够短，以避免过度消耗资源。通常，这个阶段可以持续几周到几个月，具体取决于所涉及系统的复杂性。另一个考虑因素是同时运行两个系统的成本。组织必须权衡并行运行测试的好处与财务影响。虽然可能会有与额外硬件、软件许可证和人员培训相关的前期成本，但这些费用可以通过避免在全面过渡后出现昂贵的错误和系统故障而得到合理化。总之，并行运行测试是在系统实施和迁移领域中的一种重要策略。它提供了一种全面的方法，确保新系统满足组织需求，而不会干扰正在进行的操作。通过允许实时比较和故障排除，并行运行测试不仅保护数据完整性，还增强了用户对新技术的信心。随着组织不断发展并采用新系统，像并行运行测试这样的彻底测试方法的重要性不容小觑，因为它们在成功的技术过渡中发挥着至关重要的作用。