Data access (Advanced) : By partitioning the data model structure and converting DAOs to access directly the XAP In-Memory data Grid, read and write performance is improved.
数据存取(高级)：通过划分数据模型结构和把DAO转换成直接访问XAP内存数据网格，改进读写性能。
This thesis provides a method of organizing the shadow memory of main memory database. Detailed storage structure and access strategy are also included.
提出一种适合内存数据库的“影子内存”组织方法，并给出具体的内存空间的组织管理、存储结构和存取策略。
The functional coverage model was set up based on on-chip-debugging structure features and the virtual verification prototype was built steadily according to the different memory access modes.
根据在片调试的结构特征建立了功能覆盖率模型，并以访存模式为基准分步建立虚拟验证原型。
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