cycle matching

简明释义

周波重合

英英释义

例句

1.In our project, we implemented cycle matching 循环匹配 to optimize the workflow between different teams.

在我们的项目中，我们实施了循环匹配来优化不同团队之间的工作流程。

2.By applying cycle matching 循环匹配, we were able to reduce the time taken for each cycle significantly.

通过应用循环匹配，我们能够显著减少每个周期所需的时间。

3.To enhance performance, the engineers focused on cycle matching 循环匹配 techniques in their designs.

为了提高性能，工程师们在设计中专注于循环匹配技术。

4.The team discussed how cycle matching 循环匹配 could improve our supply chain logistics.

团队讨论了循环匹配如何改善我们的供应链物流。

5.The software uses cycle matching 循环匹配 algorithms to ensure data is processed efficiently.

该软件使用循环匹配算法以确保数据高效处理。

作文

In the world of technology and engineering, the term cycle matching refers to the process of aligning different cycles or processes in a system to optimize performance and efficiency. This concept is particularly important in fields such as manufacturing, computer science, and even in the realm of natural sciences. Understanding cycle matching can lead to significant improvements in productivity and resource management.To illustrate the importance of cycle matching, let's consider a manufacturing plant that produces automotive parts. In this facility, various machines operate on different cycles. For instance, one machine might take five minutes to complete its task, while another takes eight minutes. If these machines are not properly synchronized, the entire production line can become inefficient. Parts may pile up at one station, while others remain idle, waiting for components to arrive. By applying the principles of cycle matching, the plant manager can adjust the workflow so that the output of one machine aligns perfectly with the input of the next. This synchronization minimizes downtime and maximizes throughput.Moreover, cycle matching is not just limited to physical processes; it also applies to data processing in computer systems. In computing, different tasks may have varying execution times. When multiple processes run concurrently, their cycles must be matched to ensure that resources are utilized effectively. For example, if a data retrieval process takes longer than expected, it can delay subsequent operations, causing a bottleneck. By employing cycle matching techniques, programmers can optimize the order in which tasks are executed, ensuring that the system runs smoothly and efficiently.The significance of cycle matching extends to environmental sciences as well. In ecosystems, different species interact in cycles, such as predator-prey relationships or nutrient cycles. Understanding how these cycles match can help ecologists predict changes in biodiversity and ecosystem health. For instance, if a certain predator's population increases, it may disrupt the cycle of prey species, leading to an imbalance. By studying these cycles, scientists can implement conservation strategies to maintain ecological balance.In conclusion, cycle matching is a vital concept across various disciplines. Whether in manufacturing, computing, or environmental science, the ability to align cycles leads to enhanced efficiency and effectiveness. As industries continue to evolve and technology advances, mastering the art of cycle matching will be essential for professionals aiming to improve performance and sustainability. By recognizing the interconnectedness of different processes and finding ways to synchronize them, we can create systems that are not only more productive but also more harmonious with the natural world.

在科技和工程的世界中，术语cycle matching指的是将系统中不同周期或过程进行对齐，以优化性能和效率的过程。这个概念在制造业、计算机科学甚至自然科学领域都特别重要。理解cycle matching可以显著提高生产力和资源管理。为了说明cycle matching的重要性，让我们考虑一个生产汽车零件的制造工厂。在这个工厂中，各种机器以不同的周期运作。例如，一台机器可能需要五分钟才能完成其任务，而另一台则需要八分钟。如果这些机器没有得到适当的同步，整个生产线可能会变得低效。零件可能在一个工作站堆积，而其他工作站则闲置，等待组件到达。通过应用cycle matching的原则，工厂经理可以调整工作流程，使一台机器的输出与下一台机器的输入完美对接。这种同步最小化了停机时间并最大化了产出。此外，cycle matching不仅限于物理过程；它还适用于计算机系统中的数据处理。在计算中，不同的任务可能具有不同的执行时间。当多个进程同时运行时，它们的周期必须匹配，以确保资源得到有效利用。例如，如果数据检索过程比预期的时间更长，它可能会延迟后续操作，导致瓶颈。通过采用cycle matching技术，程序员可以优化任务执行的顺序，确保系统平稳高效地运行。cycle matching的重要性还扩展到环境科学领域。在生态系统中，不同物种之间存在着周期性互动，例如捕食者-猎物关系或营养循环。理解这些周期如何匹配可以帮助生态学家预测生物多样性和生态系统健康的变化。例如，如果某种捕食者的数量增加，它可能会破坏猎物种群的循环，导致不平衡。通过研究这些周期，科学家可以实施保护策略，以维持生态平衡。总之，cycle matching是各个学科中至关重要的概念。无论是在制造业、计算机科学还是环境科学，能够对周期进行对齐都能带来更高的效率和有效性。随着工业的不断发展和技术的进步，掌握cycle matching的艺术将是希望提高性能和可持续性的专业人士必不可少的技能。通过认识到不同过程之间的相互联系，并找到同步它们的方法，我们可以创建出不仅更具生产力而且与自然世界更加和谐的系统。