cachelong 的音标是["kæʃlɒŋ],基本翻译是“仓促的,匆忙的”。速记技巧可以考虑使用缩写形式,将每个单词的首字母提取出来,例如:c-a-c,h-e-l,o-o-n。这样的速记方式既简单又易于记忆。
Cachelong的英文词源:
Cachelong来源于英语单词“cache”和“linger”,其中“cache”意为隐藏或储藏,而“linger”意为徘徊或逗留。因此,Cachelong可以理解为长时间隐藏或逗留的地方。
变化形式:
名词形式为Cachelong,动词形式为cache and linger。
相关单词:
1. Cache:隐藏,储藏
2. Linger:徘徊,逗留
3. Hidden:隐藏的
4. Secret:秘密的
5. Storage:储存
6. Retention:保留
7. Lurking:潜伏的,隐藏的
8. Dwell:居住,逗留
9. Retrospective:回顾的,追溯的
10. Cachet:声誉,信誉
Cachelong在语境中还可以引申为长时间隐藏或逗留的地点或状态,具有神秘、隐秘的特点。同时,它也暗示着一种秘密、私密的行动或行为方式。
常用短语:
1. cache memory
储存器缓存
例句:The cache memory is used to improve the system performance.
缓存存储器用于提高系统性能。
2. cache hit
缓存命中
例句:The cache hit rate of the new cache is much higher than that of the old one.
新缓存的缓存命中率远高于旧缓存。
3. cache miss
缓存未命中
例句:The request failed because of cache miss.
请求因缓存未命中而失败。
4. cache replacement policy
缓存替换策略
例句:The LRU (Least Recently Used) cache replacement policy is commonly used in modern systems.
现代系统中常用LRU(最近最少使用)缓存替换策略。
5. cache warmup
缓存预热
例句:We need to warm up the cache before doing the analysis.
在进行分析之前,我们需要预热缓存。
6. cache invalidation
缓存失效
例句:The invalidation of the cache caused a significant performance degradation.
缓存失效导致性能严重下降。
7. cache eviction
缓存驱逐
例句:The cache eviction policy should be carefully designed to avoid unnecessary performance degradation.
缓存驱逐策略应仔细设计,以避免不必要的性能下降。
英文小作文:
Title: The Importance of Cache Management in Modern Systems
Cache management is crucial for the efficient operation of modern systems, which rely heavily on caching to improve performance and reduce latency. From cache memory to cache hit and miss, cache replacement policy to cache invalidation and eviction, understanding and managing these aspects effectively can have a significant impact on system performance and user experience. However, it is not always easy to achieve optimal cache management, especially when dealing with complex systems and large amounts of data. Therefore, it is essential to keep up with the latest research and development in this area to ensure that cache management strategies are constantly optimized to meet the demands of modern systems.