avalanche load
基础释义：
Avalanche load refers to the sudden increase in the load of a system or resource due to a large number of requests or events. This can lead to a significant increase in the load on the system and may result in performance degradation or failure.
发音：（/??v?l?ns l??d/）
英语范文：
I always pay attention to the avalanche load when dealing with systems or resources. If there are too many requests or events at the same time, it can cause significant performance degradation and affect the overall system stability. Therefore, it is crucial to plan and manage the load properly to avoid such situations.
音标：（i:?e?z ?pi?z ?pi??nt ?r ??v?l?ns l??d ?n ?θ??r ?f??r ???n ?θr??k ?r ??z??r?t?k ??n?θr???ns）
avalanche load的英语作文音标和基础释义：
Avalanche load, also known as peak load, refers to the sudden increase in demand for resources or services. It occurs when there are a large number of requests or events that occur simultaneously, causing a significant increase in the load on the system. This can result in performance degradation, system failure, and other negative consequences. Therefore, it is crucial to plan and manage the load properly to avoid such situations and ensure that systems or resources are able to handle the sudden increase in demand.
Avalanche Load
Avalanche Load是一种特殊的负载，它通常在计算机网络中用于测试系统的性能和稳定性。它指的是突然的大量数据请求，这些请求可能会对系统造成压力，导致系统崩溃或性能下降。
发音：['?v?'l?ns] ['la?d]
英语范文：
Title: Testing the Stability of Our Network System with Avalanche Load
Recently, we have been facing a challenge in our network system, which is constantly under heavy loads. To test the system's performance and stability, we decided to use a special type of load called "avalanche load".
We set up a series of simulations to test the system's ability to handle sudden and large amounts of data requests. These simulations involved flooding the system with a large number of requests, which were designed to mimic real-world usage scenarios.
The results were quite impressive. Despite the sudden and heavy load, our network system performed well and remained stable throughout the test. This gave us confidence that our system is well-designed and can handle heavy loads effectively.
However, we also learned some lessons from the test. For example, we need to improve our system's capacity to handle sudden spikes in traffic, which could pose a serious threat to our network's stability.
In conclusion, avalanche load is a valuable tool for testing the performance and stability of a system. It helps us identify potential issues and make necessary improvements to ensure our network remains reliable and secure in real-world conditions.
Avalanche Load
Avalanche load is a term used in electricity distribution systems. It refers to the sudden increase in load on the system caused by a large number of customers using electricity at the same time. This can lead to power outages and other problems for customers.
In order to prevent avalanche load, power companies need to ensure that their systems are properly designed and maintained. This includes ensuring that there is enough capacity in the system to handle peak loads, and that the distribution lines and equipment are properly maintained to avoid any damage that could lead to outages.
In addition, customers can also help reduce the risk of avalanche load by using electricity during off-peak hours or by conserving energy when it is needed. This can help reduce the demand on the system and prevent any problems from occurring.
Example Sentences
1. "During a heavy storm, power lines can be prone to avalanche load, causing widespread outages."
2. "Our power company must be vigilant in preventing avalanche load, as it can have a significant impact on customers."
3. "We should conserve energy during peak hours to reduce the risk of avalanche load."
Overall, avalanche load is a significant issue in electricity distribution systems, and it requires careful planning and maintenance to avoid any problems. By taking measures to reduce the demand on the system and by ensuring that the systems are properly designed and maintained, we can help ensure a reliable supply of electricity for all customers.
