node structure meaning in Chinese
节点结构
Examples
- The type of node structure realizing multi - granularity optical swithing in ason is put forward and a multi - granularity optical switch using this structure is developed . the software for controlling the node in ason is compiled . the experimental research is carried out with campus network as signalling network and the data network is of mesh architecture , which is a typical architecture in ason
本文提出了一种适用于自动交换光网络的多粒度光交换节点结构，并采用该结构研制出了多粒度光交换机开发了ason的节点控制软件数据网采用ason的典型结构格状网，利用校园网作为信令网进行了实验研究，验证了ason的主要功能。 - Because the classification indexes is difficult to determine in a specific engineering surrounding rock clsssification , the multiple layer feedforward neural network is used to determine the classification indexes through computating the node contribution rates of input layer and it ' s related formulas are also deduced in this paper . 2 . since the convergence rate of the bp network is slow and node structure of it ' s hide layer is difficult to determine , an improvement of the bp network algorithm and a method to determine the node structure of the hide layer are suggested in this paper
主要的内容有：一、针对在对特定工程围岩进行分类的过程中其分类指标难以确定的问题，提出用多层前馈型神经网络通过计算输入层节点贡献率的手段来确定分类指标的方法，并推导出计算过程；二、针对bp网络收敛速度慢和隐层节点结构难以确定的问题，对bp算法作了改进并给出确定隐层节点数的方法；三、鉴于面向对象的程序设计方法已非常流行，实现了面相对象的bp人工神经网络设计，并建立了围岩稳定性分类的bp网络系统；四、用实现的系统对广州抽水蓄能电站工程进行围岩稳定性分析评价，结果证明人工神经网络方法用于工程地质数据分析有着其他方法不可比拟的优越性。 - First , for its disadvantages in dynamic networking , the separated structure of master and slave is merged . and a new bluetooth node structure which has the ability of dynamic role changing is got . second , for its insufficiencies in nodes controlling , we add a new module btextend above the bthost modual , through which can controll the bluetooth nodes behaviour flexibly
首先,针对该仿真模块中的蓝牙节点结构无法支持网络拓扑动态创建的问题,将原架构下主节点和从节点分离的架构进行了合并,让蓝牙节点的架构能同时处理不同角色的仿真,从而得到了具备角色动态切换能力的蓝牙节点体系结构;其次,针对该仿真模块在灵活控制蓝牙节点的接口方面存在不足,在原架构下的bthost模块之上添加了一个可以灵活控制蓝牙节点行为的新模块btextend 。