caching scheme造句

• The thesis proposes a mobile client caching scheme based on semantic caching, which explores the semantic locality among client issued queries
  本文提出了一个基于语义缓存的移动客户缓存机制。
• The driver may use several algorithms, including the lru least recently used replacement algorithm, to implement the caching scheme
  驱动程序可以使用多种算法来实现缓存方案，包括lru（最近最少使用的）替换算法。
• If the device supports both the system and video memory pools for textures, the application may implement its own memory caching scheme by using the
  如果设备同时支持将系统和视频内存池用于纹理，则应用程序可以使用
• In this way, associative database access is supported, and system performance and data availability during disconnection improve . based on this caching scheme, the thesis investigates thoroughly key issues on cache replacement strategy, cache coherency policy, and query processing algorithms
  基于该缓存机制，本文就缓存替换策略、缓存一致性维护策略和基于缓存的查询处理这几个关键技术对移动客户缓存进行了深入的研究。
• To support the mobile client cache, the thesis first presents a hybrid client-server database architecture . then the main idea behind the caching scheme is given, which is followed by the definition of cache admissible query . the content and organization of cache and the combination strategy of cache items are also discussed
  本文首先给出能支持移动客户缓存的客户?服务器数据库混合结构；随后详细讨论了缓存机制的基本思想，可缓存查询，缓存的内容和组织，以及缓存项的合并策略；并给出缓存系统的结构组成以及各构件的功能。
• The efficiency of the controller can be 36.36 % or 72.73 % when data length is 1 or 2 . when the data length is 4 or above, the efficiency can be 100 % . the effect that on-chip cache has on memory bandwidth is analyzed, and an on-chip cache scheme that can reduce 50 % reference data read
  通过多体交错式存取,本文设计的ddrsdram控制器在存取数据长度为1或2个字时,带宽利用率分别为36.36%和72.73%,存取数据长度为4个字时,带宽利用率可达到100%,满足了高清实时解码的要求。