throttling effect

简明释义

节流效应

英英释义

例句

1.In cloud computing, the throttling effect can limit the number of requests to prevent server overload.

在云计算中，限流效应可以限制请求数量，以防止服务器过载。

2.The streaming service applied a throttling effect to reduce buffering during high traffic times.

该流媒体服务在高流量时段应用了限流效应以减少缓冲。

3.The network experienced a significant throttling effect due to excessive bandwidth usage during peak hours.

由于高峰时段带宽使用过多，网络经历了显著的限流效应。

4.The application implemented a throttling effect to manage user requests and ensure stable performance.

该应用程序实施了限流效应来管理用户请求，以确保稳定性能。

5.During the software update, users noticed a throttling effect that slowed down their internet connection.

在软件更新期间，用户注意到限流效应导致他们的互联网连接变慢。

作文

In the realm of technology and engineering, the term throttling effect refers to a phenomenon that occurs when the flow of fluids or gases is restricted, leading to a decrease in pressure and velocity. This concept is not only significant in mechanical systems but also has broader implications in various fields such as economics, telecommunications, and even environmental science. Understanding the throttling effect can help us appreciate how systems function under different constraints and how we can optimize their performance.To illustrate the throttling effect, consider the example of an engine in a car. When the accelerator pedal is pressed, fuel and air enter the engine at a certain rate. However, if there is a restriction in the intake manifold, the flow of this mixture can be limited. This restriction creates a throttling effect, which reduces the engine's efficiency and power output. The driver may notice that the car does not accelerate as expected, demonstrating how crucial it is to maintain optimal flow conditions for maximum performance.The throttling effect is also evident in economic contexts. For instance, when a government imposes regulations on businesses, it may inadvertently create a throttling effect on innovation and growth. Companies may find it challenging to operate efficiently due to excessive red tape, which can stifle creativity and slow down progress. In this way, the throttling effect serves as a reminder that while regulations are necessary for safety and fairness, they must be balanced with the need for flexibility and growth in the market.In telecommunications, the throttling effect can manifest in the form of bandwidth restrictions imposed by internet service providers. When users exceed a certain data limit, their internet speed may be intentionally reduced, creating a throttling effect that affects their online experience. This practice raises questions about fairness and access to information, as it can disproportionately impact those who rely heavily on internet services for work or education.The environmental implications of the throttling effect are also worth considering. For example, when natural resources are overexploited, ecosystems can become imbalanced. This imbalance can lead to a throttling effect on biodiversity, as species struggle to survive in their altered habitats. Conservation efforts aim to mitigate these effects by restoring natural flows within ecosystems, allowing for a more sustainable balance between human activities and nature.In conclusion, the throttling effect is a multifaceted concept that transcends its technical origins. Whether in engineering, economics, telecommunications, or environmental science, understanding this effect can provide valuable insights into the functioning of complex systems. By recognizing the limitations imposed by various forms of throttling, we can work towards optimizing performance, fostering innovation, and promoting sustainability. As we navigate an increasingly interconnected world, the lessons learned from the throttling effect will be essential for addressing the challenges we face today and in the future.

在技术和工程领域，术语throttling effect指的是一种现象，当流体或气体的流动受到限制时，会导致压力和速度的下降。这一概念不仅在机械系统中具有重要意义，而且在经济学、电信甚至环境科学等多个领域也有更广泛的影响。理解throttling effect可以帮助我们欣赏系统在不同约束下的运行方式，以及我们如何优化其性能。为了说明throttling effect，考虑汽车发动机的例子。当油门踏板被踩下时，燃料和空气以一定的速率进入发动机。然而，如果进气歧管存在限制，这种混合物的流动可能会受到限制。这种限制产生了throttling effect，降低了发动机的效率和功率输出。驾驶员可能会注意到汽车的加速没有预期的那么快，这表明保持最佳流动条件对于最大性能至关重要。在经济背景下，throttling effect也显而易见。例如，当政府对企业施加监管时，它可能无意中对创新和增长造成了throttling effect。由于过多的繁文缛节，公司可能会发现运营效率受到挑战，这可能抑制创造力并减缓进展。因此，throttling effect提醒我们，尽管监管对于安全和公平是必要的，但必须与市场灵活性和增长的需求相平衡。在电信领域，throttling effect可以表现为互联网服务提供商施加的带宽限制。当用户超过某个数据限制时，他们的互联网速度可能会被故意降低，从而产生影响在线体验的throttling effect。这一做法引发了有关公平性和信息获取的问题，因为它可能对那些在工作或教育中严重依赖互联网服务的人产生不成比例的影响。环境方面的throttling effect也值得考虑。例如，当自然资源被过度开发时，生态系统可能会失去平衡。这种失衡可能导致生物多样性受到throttling effect的影响，因为物种在其改变的栖息地中挣扎求生。保护工作旨在通过恢复生态系统内的自然流动来减轻这些影响，从而实现人类活动与自然之间的更可持续的平衡。总之，throttling effect是一个多方面的概念，超越了其技术起源。无论是在工程、经济学、电信还是环境科学中，理解这一效应都能为复杂系统的运行提供宝贵的见解。通过认识到各种形式的限制所带来的局限性，我们可以努力优化性能，促进创新，推动可持续发展。在我们应对日益互联的世界时，从throttling effect中获得的经验教训将对解决我们今天和未来面临的挑战至关重要。