- 更多网络例句与节点相关的网络例句 [注：此内容来源于网络，仅供参考]
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The method comprises: A, obtaining service area of user terminal, access and call status control node address of user terminal and session control identifiers of the access and call status control node through domain name node; B, user terminal sends a register request to access and call status control node which acquires the user terminal safety information from distribution apanage user server and performs safety information authentication between user terminal and the access and call status control node; C, the call and status control node modifies user terminal status in distribution apanage user server and downloads every kinds of service information of the user terminal.
通过域名服务节点，获取用户终端所在服务区域信息、和用户终端所属的接入呼叫状态控制节点的地址及该接入呼叫状态控制节点的会话控制标示符；B。用户终端向所述接入呼叫状态控制节点发起注册请求，由所述接入呼叫状态控制节点从分发归属地用户服务器获取该用户终端的安全信息，并进行用户终端与所述接入呼叫状态控制节点之间的安全信息认证；C。所述接入呼叫状态控制节点修改所述分发归属地用户服务器中该用户终端的状态，并下载该用户终端的各种业务信息。
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Since the load of the node is proportional to the ID space that the node is responsible for, the ISLB algorithm distributes ID space based on the node capacity. Because the load of the node also increases with the number of fan-in edge of the node, the LSLB algorithm distributes the load by redirect the fan-in edge of the node. Both the ISLB algorithm and the LSLB algorithm are able to balance the load efficiently.
在结构化对等网络中，对等节点的负载与该节点所负责的ID空间的大小成正比，ISLB算法按节点的处理能力分配ID空间；在另一方面，由于节点的负载随该节点入度数的增加而增加，LSLB算法统计节点各入度的负载和节点的总负载，并通过入度的转移使对等网络负载平衡。
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In state space model insertion operation only needs produce candidate words related with Pinyin node recently inserted and needs not modify Pinyin node and candidate word nodes before.Deletion operation is very simple;it only needs delete the candidate node produced by this Pinyin node.It can get the best sentence by father pointer of candidate node with the biggest probability which points to the end of Pinyin node chain in right indicator.
这种模型的插入操作，只需对新增的拼音节点与已输入的拼音节点可能产生的所有字词候选节点进行概率累积计算，链接到状态空间模型中；删除操作，只需直接删除与拼音节点相关的候选字词节点；而当到达用户输入边界，可以依赖右指针域指向尾节点的候选字词节点中累积概率最大者的父指针，通过回溯找到最优语句候选。
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The current research points out that for the CFCHS joints the linear extrapolation method can be used for chords,whereas the quadratic extrapolation method must be used for braces.The hot spot stress distributions on the CFCHS joints tend to be more uniform and their SCFs become smaller significantly,compared with the CHS joints.Axial tension on the brace puts the CFCHS joints at a disadvantage,which produces higher SCFs than axial compression.The effects of nondimensional geometric parameters β,τ and γ on SCFs of the chords of the CFCHS joints are basically the same as those of the CHS joints,but for the braces,there is a bit difference in the effects of parameters β,τ and γ between the two kinds of joints.Concrete has the function of improving the CFCHS joint rigidity and then decreasing SCFs which is expected to increase fatigue strength,but concrete strength grade does not exert significant influence on SCFs.
研究表明：CFCHS节点的热点应力，对主管可采用线性外推方法，对支管需采用二次外推方法；相比CHS节点，CFCHS节点的热点应力分布趋于均匀，SCF显著减小；CFCHS节点支管轴向受拉比受压不利，SCF增大；CFCHS节点几何参数β，τ，γ对主管SCF的影响效应与CHS节点基本一致，但是对支管SCF的影响效应与CHS节点有些差异；混凝土的作用主要是改善CFCHS节点刚度，从而降低SCF，并预期可提高疲劳强度，但混凝土自身强度等级的高低没有显著影响节点的SCF。
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In the experimental study, 12 joints tests are completed, including 5 uniplanar X joints loaded with axial forces, 3 uniplanar X joints loaded with in-plane bending, 4 multiplanar XX-joints loaded with axial forces, with the emphasis on the influence of β and the existence of the out-of-plane braces, of which the multiplanar XX-joints tests is the first experiment project in china.
试验重点研究节点支主管宽度比β以及平面外支管荷载等因素对节点性能的影响，共进行了3个足尺方管平面X型受压节点，3个足尺方管平面X型受弯节点、2个方、圆管杂交平面X型受压节点和4个足尺方管空间XX型节点试验，其中方管空间XX型相贯节点试验是国内的首次试验。
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A grain-state detecting system based on wireless sensor network relates to the application of wireless network, and several sensor nodes are berried in the granary to form the cubic monitor network; coordinating node is mounted in every granary, located in outer of granary; at least one relay network consisting of relay nodes is designed according to the granary, and the position of relay nodes are fixed; information sink node and terminal sever are configured separately, located in control room; the coordinating nodes gather the information collected by several sensor nodes, and send it to the terminal sever by the relay network and information node consisting of relay nodes, the software in terminal sever processes the information, and sends commands to coordinating node to realize the network management for granary.
一种基于无线传感器网络的粮情测控系统，涉及无线网络应用技术，其多数个传感节点有规律的埋入粮仓的粮食中，构成立体监测网络；协调节点每个粮仓设置一个，位于粮仓外部；至少由一个中继节点组成的中继网络是根据粮库的具体情况设计的，每个中继节点的位置固定；信宿节点和终端服务器一对一配置，位于控制室；协调节点汇聚本粮仓多数个传感节点采集的信息，通过中继节点组成的中继网络和信宿节点发送至终端服务器，由终端服务器预装的软件根据信息进行实时处理，发布指令给协调节点，实现粮储工作的网络化管理。
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Supposing processing information as a task of node,power constraints of node is considered,and node uses way of awaking/sleeping,during awaking assureed that sensor node accomplishes task and cluster head node can schedule multi-task of sensor node.will resolve such problem:before satisfying multi-tasks deadline invaliding of sensor node,how to feasibly schedule schedule algorithm of improving Rate-Monotonicand dynamic Preemptive Earliest Deadline First Algorithm,via concrete example are presented,The process of algorithm achieving is explained.
假定每个节点对信息的处理看作是一个任务，考虑节点能量限制，节点采用唤醒/休眠机制，在唤醒期间确保节点任务完成，簇头节点能够调度处理多个传感器节点的任务。文中解决的问题：在满足多个传感器节点任务处理的截止期失效前，簇头节点如何合理的调度任务，提出了改进的 RM(rate-monotonic)调度算法和动态的抢占式最早截止期优先任务调度算法(Preemptive Earliest Deadline First Algorithm，PEDFA)。
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In this thesis, the influence of column force, joint hoop reinforcement, and repeat load on the stress and sheer bearing capability of inclined pressure bar is analyzed utilizing finite element software. In the case study, the column axial force's influence on the inclined pressure bar's equivalent width, stress and sheer bearing capability of RCFEN is obtained by changing the column force when modeling the RCFEN with ANSYS. In the former model, the joint hoop reinforcement influence on the equivalent width inclined pressure bar and the strength of RCFEN is achieved by changing the quantity of joint hoop reinforcement; the inclined pressure bar's equivalent width and the strength variation of RCFEN under cyclic load are gained by applying low frequency cyclic load on the inflection point of column and the middle of beam.
针对上述算例中的框架外节点采用ANSYS进行建模，运用有限元软件分析了柱轴力、节点箍筋、反复荷载对外节点斜压杆承载力、抗剪承载力的影响：改变柱轴力，研究了柱轴力对斜压杆的等效宽度、框架外节点斜压杆承载力、框架外节点斜压杆抗剪承载力的影响；在上述模型中，改变节点箍筋的数量，分析了节点箍筋对斜压杆的等效宽度、框架外节点强度的影响；在上述模型中，在柱反弯点和梁中点均进行低周反复加载，讨论了在反复荷载作用下，框架外节点的斜压杆的等效宽度、框架外节点强度的变化情况。
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Detecting failure calculating node; setting the IO node forming link with the failure node as replacing node determined by address obtained by adding one dimension into the failure node, notifying the replacing node to the node nearby the failure node; when one adjacent node has received a packet, routing the packet from the failure node to the replacing node; handling operation determined by the packet arrived in the replacing node in the replacing node; making the replacing node to find out address of calculating node where the packet containing handling result will be transmitted, and transmitting the packet to the calculating node most nearby the detected address connecting to the calculating node within the replacing node.
检测故障计算节点；将与故障节点形成链路的IO节点设置为由通过向故障节点地址添加一维而获得的地址所确定的替换节点，将替换节点通知给与故障节点相邻的节点；当一个相邻节点已经接收到分组时，将寻址到故障节点的分组路由到替换节点；在替换节点中处理由到达替换节点的分组所确定的作业；和使替换节点找出含有作业处理结果的分组应当被发送到的计算节点的地址，并将该分组发送到连接到替换节点的计算节点中地址最接近所发现地址的计算节点。
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The invention relates to a node marking method in a wireless Mesh network, including that a first node transmits connection request information; a second node returns to connection response information or selects an undistributed correlation sign to mark the connection relation and return to one connection response information; the first node judges whether the correlation sign is conflicted with a distributed correlation sign or not, if yes, then retransmitting is carried out; the first node or the second node transmits information to a correspondent node; the correspondent node searches a corresponding transmitting node from a local record according to the analyzed MAC address and searches a Mesh node mark; by judging according to the mark, if no bit position is corresponding to the Mesh node mark or the corresponding bit position is set as 'no', which means that no data is transmitted to the correspondent node; otherwise, data is transmitted to the correspondent node.
本发明涉及无线Mesh网络中的节点标识方法，包括第一节点发送连接请求消息；第二节点返回连接响应消息，或者选择一个未分配的关联标志来标识连接关系，返回一个连接响应消息，第一节点判断关联标志与已分配的关联标志是否冲突，如是则重新发送；第一或第二节点向对端节点发送消息；对端节点根据解析出的MAC地址从本地记录中查找对应的发送节点，并查找Mesh节点标识；根据标识进行判断，若没有与Mesh节点标识对应的比特位或对应的比特位设置为&否&，则表示没有要发送给对端节点的数据；否则表示有。
- 更多网络解释与节点相关的网络解释 [注：此内容来源于网络，仅供参考]
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child node：选取当前节点的所有子节点
child::text() 选取当前节点的所有文本子节点 | child::node() 选取当前节点的所有子节点 | descendant::book 选取当前节点的所有 book 后代
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Collapse All：递归折叠树中所选节点后的所有节点
Expand All递归扩展树中所选节点后的所有节点 | Collapse All递归折叠树中所选节点后的所有节点 | Expand Fixtures扩展树中所有代表测试fixture的节点.
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Expand All：递归扩展树中所选节点后的所有节点
Collapse 折叠现在树中选择的节点 | Expand All递归扩展树中所选节点后的所有节点 | Collapse All递归折叠树中所选节点后的所有节点
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Expand Fixtures：扩展树中所有代表测试fixture的节点
Collapse All递归折叠树中所选节点后的所有节点 | Expand Fixtures扩展树中所有代表测试fixture的节点. | Collapse Fixtures 折叠树中所有代表测试fixture的节点.
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node number：节点号
在post26中,我现在需要知道一批节点(在某一个平面上)的节点反力变量之和,节点号(node number)是无序排列的. 但是在post26中,用RFORCE的命令,只能得到一个节点的反力. 如果用nsel选中这个平面上的节点,用哪个命令求和呢>>?
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node number：节点编号
在说明"加一操作"的调整方法之前,我们必须给每个节点引入两个新的属性:节点编号(node number)和所属块(block). 其中节点编号是一个全局唯一的值,不同的节点拥有不同的节点编号,而块指具有相同权重的一组节点. 节点编号具有一些特点:
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preceding：选取文档中当前节点的开始标签之前的所有节点
parent 选取当前节点的父节点. | preceding 选取文档中当前节点的开始标签之前的所有节点. | preceding-sibling 选取当前节点之前的所有同级节点.
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vertex：(节点)
在图上,节点(vertex)代表系统的状态,边(edge)代表了从一个状态到另一个状态的转换. 而用来表示反应系统时,节点可以更进一步的区分为系统的节点以及环境的节点,因此从系统的节点连出去的边就代表了受控制的行为,系统可以藉由选择其中一个边,
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descendants：子节点
作 用 会验证该指定的节点 (node) 及其衍生的子节点 (descendants) 是否已被解析过. 作 用 传回所有符合提供样式 (pattern) 的节点. 作 用 确认 XML 文件的根( Root )节点. 说 明 此属性是可擦写的. 如果传回值为true,
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Parsed：若当前节点和其后代节点均被解析,则返回
parentNode:返回当前节点的父节点. | parsed:若当前节点和其后代节点均被解析,则返回True. | text:返回当前节点及其后代节点的所有文字内容.