object cache造句

• Appendix e : example application for object caching
  附录e ：对象缓存的示例应用程序
• Object caches site map information in memory , the
  对象将站点地图信息缓存在内存中，因此不使用
• Object caching and state handling
  对象缓存与状态处理
• Object cache instances
  对象缓存实例
• While object caching provides a java api to cache an arbitrary java object see
  对象缓存提供java api以缓存任意的java对象（请参阅
• A portlet that receives a portlet request can use the object cache to store data required to render the response
  接收portlet请求的portlet可使用对象缓存存储呈现相应响应所需的数据。
• Only if the data is not available in the object cache , a backend system might be called to deliver the requested data
  仅当数据在对象缓存中不可用时，才会调用后端系统交付请求的数据。
• This sample application illustrates object caching and the exploitation of jsr168 state handling concepts , as discussed in
  此示例应用程序按照对象缓存与状态处理所述演示对象缓存和jsr168状态处理概念的应用。
• Each instance of the distributedmap interface has its own properties that you can set using object cache instance settings
  Distributedmap接口的每一个实例都具有其自己的属性，可以使用对象缓存实例设置设置这些属性。
• But object can be thrown away from object cache by lru replacing discipline ( least recent accessed object is replaced when there is no free space in cache )
  可以把调入的对象存储于工作内存中，然后直接用这个指针访问此对象，这样的访问没有任何额外的开销。
• Tornado / db is an object - relational mapping engine for java . features include object caching , multi - table inheritance , compound keys , relationships , xml config . , jsp tags , small footprint
  Db是一个对象关系映射引擎，其特性包括对象缓冲、多表继承、混合关键字、关系、 xml配置、 jsp标以及小脚本。
• In the implementation , we try to avoid the known deficiencies . so we adopt the following mechanisms : an object cache , a configurable synchronize policy and a dead - lock - detection algorithem
  为了避免上述缺陷，同时获得较高的性能，我们在设计时除了考虑基本的需求，还重点研究了线程池、并发控制和死锁检测算法。
• Additionally , portlets running in websphere portal can use object caches to cache data objects that are shared across page requests of a single user , or across page requests performed by different users
  Websphere portal中运行的portlet可以使用对象缓存来缓存这样一些数据对象，此类对象为单个用户的多个页面请求所共享，或为不同的用户执行的页面请求所共享。
• Websphere portal s combined caching techniques , such as adaptive page caching , portlet caching , and object caching , enable web sites that have both static and dynamic parts with high performance and improved scalability
  通过使用websphere portal的组合缓存技术（如自适应页面缓存、 portlet缓存以及对象缓存） ，可以提高同时包含静态部分和动态部分的网站的性能和可伸缩性。
• With the new adaptive page caching , portlet caching , and object caching functions , ibm websphere portal v5 . 1 can efficiently serve the dynamic parts of a web site while projecting the static parts into caching proxies or browser caches
  通过利用新的自适应页面缓存、 portlet缓存和对象缓存功能， ibm websphere portal v5 . 1可以高效地服务于网站的动态部分，同时将静态部分放入缓存代理或浏览器缓存中。
• Then the structure and the function of each component of the cache system are shown . client semantic caching is different from traditional object caching in granularity and query processing . to get better cache hits in a semantic cache , a cache replacement strategy , called lwi ( least weight item ) , is proposed
  由于客户语义缓存的粒度及基于缓存的查询处理与传统以页或元组对象为粒度的缓存不同，因此本文提出语义缓存最小权值项lwi替换策略。
• The reflection approaches based on the theoretic model are firstly used to solve several different kinds of key problems occurring in the co re designing of mobile distributed object platform , i . e . , context - awareness , communication adaptation , transparent object caching , remote replication of server objects
  基于上述理论模型，利用反省方法解决了移动分布对象平台核心设计中的一些不同类型的关键问题，包括：上下文感知、通信环境自适应、透明对象缓存、服务对象异地复制等。
• Adaptive page caching , portlet caching , and object caching , together with various internal performance enhancements that were implemented across the websphere portal code base , will enable you to run high performance web sites on websphere portal 5 . 1 entirely , reducing total cost of ownership and providing better manageability , compared to hybrid approaches built from a portal product , plus a conventional , differently managed web server
  自适应页面缓存、 portlet缓存及对象缓存，通过与各种在websphere portal代码库中实现的内部性能增强功能配合使用，允许您在websphere portal 5 . 1上运行整个高性能网站。与采用以门户产品为核心并辅以采用不同管理方式的常规web服务器的混合方法相比，此方法可降低总体拥有成本，并同时提供更好的可管理性。
• First , the thesis constructs a object cache model based on asynchronous messaging model which can improve access efficiency of object by establishing duplicate locally for remote object , and studies a serious of key problem , and presents object duplication algorithm , object migration algorithm , duplicate consistency algorithm , etc . second , to keep up with the dynamic changes of performa
  一个是基于异步消息模型进一步构建了对象缓冲模型，通过在本地建立远程对象的副本，提高对象的访问效率，研究并解决了其中一系列的关键问题，提出了对象复制算法、对象迁移算法、副本一致性维护算法等。