根据该数据库提供的信息，系统能根据你的行为模式自动向你提供如何能更高效使用NetBeans的建议。
Based on the information in the repository, the system can automatically offer advice tailored to your own usage patters on how you can use NetBeans more effectively.
文中以采用设计模式设计的一个高效数据库引擎为例子，阐明设计模式对大系统的项目所带来的可复用性的优势。
This paper proposes an efficient database engine built with design pattern techniques, and demonstrates the reusability benefits of such techniques in large scale system.
如何建立高效的数据组织以及存储模式是三维城市地质数据库必需要解决的两大基础性问题。
How to organize spatial data effectively and design an excellent storage pattern are two fundamental problems in 3d urban geological spatial database.
融合之后的算法不仅保持了原a -C算法在最差情形下也能保持高效的特点，还可以对存储模式特征的数据库进行了很大的压缩。
The combined algorithm can retain the advantage of high efficiency of original A-C algorithm under worst case and also introduce the high compression on pattern match database.
融合之后的算法不仅保持了原a -C算法在最差情形下也能保持高效的特点，还可以对存储模式特征的数据库进行了很大的压缩。
The combined algorithm can retain the advantage of high efficiency of original A-C algorithm under worst case and also introduce the high compression on pattern match database.
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