所以让我们来看一种更具表现力的存取节点的方式：使用搜索。
Therefore, let's take a look at more expressive ways to access nodes, using search.
一般来说，直接存取和遍历存取都需要知道内部节点的结构。
In general, both direct and traversal access require knowledge of the internal node structure.
在任务节点中引入RBAC机制对角色属性进行约束以实现对工作流的安全存取控制。
Injecting RBAC mechanism into task nodes to restrict the role attribute can secure the access control of the workflow.
针对工作流建模的复杂性和模型的安全存取控制问题，提出一种通过建立任务节点和路由节点及其依赖关系来创建工作流模型的方法。
Due to complexity of modeling workflow and problems of secure access control, a method that makes a workflow model by setting up task nodes, route nodes and their dependency is brought forward.
下列范例将说明如何使用这两种技术存取较低层的节点。
Following are examples of how to use both techniques to access a lower-level node.
存取晶体管(54)耦合在每个存储节点(SN,snb)和写入位线(WWB0)之间，并且由写入字线(WWL0)控制。
An access transistor (54) is coupled between each storage node (SN, SNB) and a write bit line (WWB0) and controlled by a write word line (WWL0).
通过描述该文件系统各模块接口、节点结构以及负载平衡和垃圾收集算法，显示出该系统相比其他同类产品具有存取速度快、芯片使用寿命长和稳定性高等优点。
By illustrating the implementation of the module interfaces, node structure and the algorithms of wear leveling and garbage collection, the paper shows that compared with other products of.
为实现该方法，笔者采用扫描线节点生成法和一种特殊的单元生成方法，介绍了用于存取各种信息的数据库结构及该方法在处理多种介质混合场域时的应用。
The method of scanning node creation and a special method of clement generation are adopted. The data structure of used database and an application in multi-medium field region are also introduced.
为实现该方法，笔者采用扫描线节点生成法和一种特殊的单元生成方法，介绍了用于存取各种信息的数据库结构及该方法在处理多种介质混合场域时的应用。
The method of scanning node creation and a special method of clement generation are adopted. The data structure of used database and an application in multi-medium field region are also introduced.
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