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网络分割

网络分割的相关文献在1994年到2023年内共计117篇,主要集中在自动化技术、计算机技术、电工技术、无线电电子学、电信技术 等领域,其中期刊论文69篇、会议论文4篇、专利文献348706篇;相关期刊56种,包括人才资源开发、城市建设理论研究(电子版)、经济理论与经济管理等; 相关会议4种,包括全国第十六届信号与信息处理第十届DSP应用技术联合学术会议、中国高等学校电力系统及其自动化专业第二十五届学术年会、中国电机工程学会第十届青年学术会议等;网络分割的相关文献由269位作者贡献,包括A.T.苏帕洛夫、周琦、彭勇等。

网络分割—发文量

期刊论文>

论文:69 占比:0.02%

会议论文>

论文:4 占比:0.00%

专利文献>

论文:348706 占比:99.98%

总计:348779篇

网络分割—发文趋势图

网络分割

-研究学者

  • A.T.苏帕洛夫
  • 周琦
  • 彭勇
  • 徐俊强
  • 房大中
  • 李洪强
  • 王克鸿
  • 郭顺
  • 陈鑫
  • 范仲春
  • 期刊论文
  • 会议论文
  • 专利文献

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    • 陈宝民
    • 摘要: 随着科技的飞速发展,传输网络的规模在逐渐扩大,超大规模的传输网络一个网关单元所带来的网元数高达300~400个,嵌入式控制管道(Embedded Control Channel,ECC)对于网络运行安全与日常维护存在直接影响,不合理规划数据通信网络(Data Communication Network,DCN)将会导致ECC子网规模过大,甚至超过网元处理ECC的极限能力,然后发生网元障碍,使网络的安全性和维护性面临着较大的隐患。对于ECC技术及其应用进行分析,提出了ECC网络过大导致通信不稳定的原因,并研究了ECC网络通信技术的分割与优化。
    • 林爽
    • 摘要: This study constructed power grid emergency scheduling model in major environmental natural disasters,to ensure grid flow. It put forward the model of grid environment major natural disaster region segmentation based on grid and power modula-tion correlation under the electric power network and resource scheduling using multiple independent grid distribution mode. It constructed power grid emergency dispatch network structure by Small-World model,construct the weight distribution mechanism of power grid transmission data with the correlation characteristics of power resources,grid modular partition using adaptive alloca-tion method of power output,optimize power grid emergency scheduling block design through regional grid segmentation,accord-ing to the correlation between power modulation method to improve the output gain of the grid. The impact of major environmental simulation of natural disasters were avoided The results show that using the method of major natural disasters under the grid envi-ronment emergency scheduling,can improve the connectivity of the power grid. The power grid output gain is better,and the abil-ity of networking is stronger.%在重大环境自然灾害下构建电网应急调度模型,确保电网畅通,提出一种基于区域网格分割和功率相关性调制的重大环境自然灾害下的电网应急模型,利用多个独立的网格分布模式进行电网和电力资源调度,采用Small-World模型构建电网应急调度网络结构,结合电网传输电力资源的相关性特征构建电力数据权重分配机制,采用自适应分配方法进行电网输出的网格模块化分区,通过区域网格分割进行电网应急调度的最优化分块设计,根据功率相关性调制方法提高电网的输出增益,避免重大环境自然灾害的影响.仿真结果表明,采用该方法进行重大环境自然灾害下的电网应急调度,能提高电网的连通性,电网的输出增益较好,组网能力较强.
    • 和敬涵; 王紫琪; 张大海
    • 摘要: 在潮流转移特性分析的基础上,提出一种基于网络分割及旁侧路径搜索的输电断面识别方法.该方法立足图论思想构建电网拓扑模型及关系矩阵,利用网络分割简化系统结构,准确限定开断支路的输电断面存在范围;基于提出的删除添加算法建立旁侧通路路径库,获得各支路分流系数,据此识别输电断面并得到其敏感度排序.仿真结果证明所提方法的正确性与有效性.%According to the characteristic analysis of power-flow transfer,a method of transmission section identification based on network segmenting and side-path searching is proposed,which constructs the network topology model and relation matrix based on the graph theory,simplifies the system structure by network segmenting,and limits accurately the existing area of transmission section for a line to be tripped off.A delete-add algorithm is proposed for setting the side-path library to obtain the flow coefficient of each path,based on which,the transmission sections are identified and ranked according to their sensitivities.Simulative results verify the correctness and effectiveness of the proposed method.
    • 蔡磊; 邱志昂
    • 摘要: Traditional ZigBee tree routing algorithm of data forwarding method can only according to the parent-child relationship,which will spend a lot of energy.To optimize the data transmission path and node energy balance in the process of data transmission using,this paper puts forward an improved routing algorithm.It makes full use of the neighbor table,as far as possible to reduce the tree routing hop,considering each node energy utilization at the same time,using the high energy of nodes for data transmission.The experiments show that the improved routing algorithm can be a reasonable and balanced energy,improve the overall life of the network.%传统的ZigBee树路由算法的数据转发方式只能根据父子关系进行传输,其间将会消耗大量能量.为优化数据传输路径及数据传输过程中节点能量的均衡利用,文中提出一种改进型路由算法.充分利用邻居表,尽可能减少树路由跳数,同时考虑各节点能量的利用情况,使用能量值较高的节点进行数据传输.实验表明,改进的路由算法能够合理均衡能量,提高网络的整体寿命.
    • 王田; 缪海星; 蒋文贤; 赖永炫; 王国军; 贾维嘉
    • 摘要: 节点连通性是无线传感器网络研究的热点问题之一,然而由于节点能量耗尽、硬件故障以及通信链路失效等问题的存在,造成网络分割,因此如何确保网络连通成为无线传感器网络亟待解决的关键性问题.近年来,一个新的研究趋势是通过引入计算能力较强且能量较为充足的移动性节点来进行连通控制,提高无线传感器网络的整体性能.本文对目前利用移动性节点的主流连通控制方法进行了充分调研,通过对这些方法的详细分类和比较,归纳了移动式连通控制的各类方法的特点,分析了这些方法的性能和适用范围,总结了研究中存在的主要问题与挑战,并指出了未来可能的研究方向.%The connectivity of sensors is one of the main research problems in wireless sensor networks (WSNs).Data can be forwarded through connected sensor nodes.However,becauseof energy depletion,hardware failure and communication link failure,the network may be partitioned.How to guarantee the connectivity becomes an urgent issue in wireless sensor networks.Traditional work usually focuses on maximizing the connectivity with minimum sensors.In recent years,a new research trend is to utilize mobile elements for connectivity control.Since the mobile element is more powerful than normal sensors,it improves the performance of many aspectsin wireless sensor networks.In this paper,we makea comprehensive investigation about the current major connectivity control methods with mobile elements.We first summarize the characteristics of mobile topology control methods via a new classification.Based on the classification,these methods are compared to each other according to a serial parameters.Finally,we analyze the performances and the application scopes of these methods,summarize the main problems,and point out the future research directions.
    • 摘要: 在电视媒体繁荣的时代,大家总是习惯围在一块儿津津有味地观赏节目。就算是不太感兴趣甚至是不喜欢的内容,人们也能端着一杯茶、嗑着瓜子评头论足。但是到了网络时代,大家开始躲进自己的房间里独自上网,虽然和世界连接的速度更快了,但人们不再愿意为不感兴趣的事物多费时间。那种聚集在一起讨论的共鸣感,渐渐消失了。
    • 石铁权
    • 摘要: 月光如水,仰望夜空,自己的足音清晰而渺远。是的,平凡人,知足,安常,而在喧嚣的物质世界,能安静地书香中思考,能安静下来自我打磨,这应该是一种内需,一种提升,一种锤炼。从教三十载,走过本省六十余个市县,去过大部分教育单位,望着年长于我的师哥师姐们,大部分人没有一个明晰的教育教学与个人提高规划,只是被动地等待着退休的日子。
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