speed margin

简明释义

速度储备

英英释义

例句

1.The speed margin in the software's performance metrics indicated it could handle more users.

软件性能指标中的速度余量表明它可以处理更多用户。

2.In project management, a speed margin can help teams meet deadlines more comfortably.

在项目管理中，速度余量可以帮助团队更轻松地按时完成任务。

3.Engineers often design vehicles with a speed margin to account for unexpected conditions.

工程师通常设计车辆时留有速度余量以应对意外情况。

4.During the race, the driver calculated the speed margin needed to overtake the competitor.

在比赛中，司机计算了超越竞争对手所需的速度余量。

5.The pilot ensured that the aircraft had a sufficient speed margin before takeoff to maintain safety.

飞行员确保飞机在起飞前有足够的速度余量以保持安全。

作文

In today's fast-paced world, the concept of speed is more critical than ever. Whether in business, technology, or daily life, the ability to operate swiftly often determines success or failure. One term that encapsulates this idea is speed margin, which refers to the difference between the maximum speed at which a system can operate and the actual speed at which it is functioning. Understanding speed margin is essential for optimizing performance and ensuring efficiency.To illustrate the importance of speed margin, let us consider a manufacturing company that produces consumer electronics. In this industry, time-to-market is crucial. If a company can produce its products faster than its competitors, it can capture market share and establish itself as a leader. However, if the production line is running at full capacity without any speed margin, any unexpected delay—such as a machinery breakdown or supply chain disruption—could halt operations entirely. This lack of buffer can lead to missed deadlines and lost revenue.On the other hand, maintaining an adequate speed margin allows for flexibility. For instance, if the same manufacturing company operates its machinery at 80% of its maximum capacity, it has a 20% speed margin. This margin provides the company with the ability to respond to sudden increases in demand or unforeseen challenges without compromising its output. Thus, a well-calculated speed margin not only enhances productivity but also mitigates risks associated with operational inefficiencies.In the realm of technology, especially in software development, speed margin plays a significant role as well. Developers often aim to create applications that run smoothly and efficiently. If a program is designed to operate at its peak performance without any speed margin, it may become prone to crashes or slowdowns under heavy user load. By incorporating a speed margin into the application’s architecture, developers can ensure that there is room for additional users or data processing without degrading performance. This results in a more stable and reliable user experience.Moreover, the concept of speed margin extends beyond just physical systems and software. It can also apply to personal productivity. Individuals who manage their time effectively often build in a speed margin by allocating extra time for tasks. For example, if someone has a meeting scheduled for 10 AM, they might plan to arrive by 9:45 AM instead of 9:55 AM. This 15-minute speed margin allows for unexpected delays, such as traffic or last-minute preparations. Consequently, individuals who understand and utilize speed margin in their daily routines are often more successful in managing their time and responsibilities.In conclusion, the concept of speed margin is vital across various fields, from manufacturing to technology and personal productivity. It represents the buffer that enables systems, processes, and individuals to operate efficiently while allowing for flexibility and resilience in the face of challenges. By recognizing the significance of speed margin, one can enhance performance, reduce risks, and ultimately achieve greater success in both professional and personal endeavors.

在当今快节奏的世界中，速度的概念比以往任何时候都更为关键。无论是在商业、技术还是日常生活中，快速运作的能力往往决定了成功与失败。一个能够概括这一思想的术语是speed margin，它指的是系统能够运行的最大速度与实际运作速度之间的差异。理解speed margin对于优化性能和确保效率至关重要。为了说明speed margin的重要性，让我们考虑一家生产消费电子产品的制造公司。在这个行业中，上市时间至关重要。如果一家公司能够比竞争对手更快地生产产品，它就能够占领市场份额并确立自己的领导地位。然而，如果生产线在没有任何speed margin的情况下以满负荷运转，任何意外的延误——例如机械故障或供应链中断——都可能完全停止运营。这种缺乏缓冲的情况可能导致错过截止日期和收入损失。另一方面，保持适当的speed margin可以提供灵活性。例如，如果同一家制造公司以其机器的最大产能的80%进行操作，它就有20%的speed margin。这个边际为公司提供了应对突发需求增加或不可预见挑战的能力，而不会影响其产出。因此，良好计算的speed margin不仅提高了生产力，还降低了与运营效率低下相关的风险。在技术领域，尤其是在软件开发中，speed margin也发挥着重要作用。开发人员通常旨在创建运行顺畅且高效的应用程序。如果一个程序被设计成在没有任何speed margin的情况下以最高性能运行，它可能会在用户负载过重时崩溃或变慢。通过将speed margin纳入应用程序的架构，开发人员可以确保在不降低性能的情况下，有额外的用户或数据处理空间。这将带来更稳定、更可靠的用户体验。此外，speed margin的概念不仅限于物理系统和软件。它也可以应用于个人生产力。有效管理时间的个人通常通过为任务分配额外时间来建立speed margin。例如，如果某人安排在上午10点开会，他们可能计划在上午9:45到达，而不是在9:55到达。这个15分钟的speed margin允许应对意外的延误，例如交通或最后一分钟的准备。因此，理解并利用speed margin的个人往往在管理时间和责任方面更为成功。总之，speed margin的概念在各个领域都是至关重要的，从制造业到技术，再到个人生产力。它代表着使系统、流程和个人能够高效运作的缓冲，同时在面临挑战时允许灵活性和韧性。通过认识到speed margin的重要性，人们可以提高绩效、降低风险，并最终在职业和个人事业中取得更大的成功。