In this paper, binary tree structure substitutes for linked list structure used in traditional IDS, aiming to better storage of rules and improve pattern matching so as to speed intrusion detection.
提出以二叉树结构取代原有入侵检测系统采用的链表结构，旨在改进入侵规则的存储和模式匹配，提高检测速度。
This paper proposed the method of designing linked storage structure of the binary tree in DNA computer, which utilized the biological characteristics of DNA molecules and ligases.
利用DNA分子和连接酶的生物特性，提出DNA计算机中二叉树的链式存储结构的设计方法，并给出二叉树链式存储结构的形式描述。
Having designed the load system, the binary tree forest disk storage structure and arithmetic is used to realize disk storage of the lever system.
在加载系统设计完成之后，使用二叉树的磁盘存储结构及算法实现了杠杆系统的磁盘存储。
Having designed the load system, the binary tree forest disk storage structure and arithmetic is used to realize disk storage of the lever system.
在加载系统设计完成之后，使用二叉树的磁盘存储结构及算法实现了杠杆系统的磁盘存储。
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