AODV
AODV的相关文献在2002年到2023年内共计540篇,主要集中在自动化技术、计算机技术、无线电电子学、电信技术、电工技术
等领域,其中期刊论文460篇、会议论文8篇、专利文献72篇;相关期刊230种,包括通信技术、通信学报、无线电工程等;
相关会议7种,包括第三届全国社会计算会议、平行控制会议、平行管理会议、中国通信学会第五届学术年会、2008年OA办公自动化国际学术研讨会等;AODV的相关文献由1214位作者贡献,包括陈佳品、李腊元、张登银等。
AODV
-研究学者
- 陈佳品
- 李腊元
- 张登银
- 徐光明
- 李振波
- 武穆清
- 郭伟
- 何海浪
- 俞晖
- 刘军
- 刘林涛
- 李旭
- 陆建德
- Rajeev Tripathi
- 乐光学
- 关媛
- 刘建生
- 吴蒙
- 周军宇
- 周德荣
- 张婷
- 张家钢
- 张德干
- 张捷
- 张朝霞
- 戴敏
- 朱洪波
- 朱西平
- 李加庆
- 李国强
- 李明明
- 李珊君
- 楼媛媛
- 熊小峰
- 王建新
- 王成金
- 王振中
- 王洁
- 程春玲
- 程鹏
- 胡寿伟
- 胡海春
- 葛文英
- 裴廷睿
- 贵彩虹
- 邱吉
- 邱静怡
- 隆克平
- 靳浩
- 鲁蔚锋
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张德干;
龚倡乐;
张婷;
张捷;
李霞
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摘要:
在分析现有相关技术的基础上,提出了一种基于边缘计算的分簇(Ad hoc On-demand Distance Vector,AODV)路由新算法.通过对传统的以最小跳数为基础的AODV路由协议进行优化,综合考虑车辆节点能量,车辆行驶速度的信息,结合车对车(Vehicle to Vehicle,V2V)以及车对路(Vehicle to Road,V2R)的通信模式,在路边单元RSU中添加边缘服务器,使用分簇的方法,簇内车辆节点使用V2V通信模式,簇间车辆节点使用V2V与V2R相结合的通信模式来进行路由的选择.仿真结果表明,该算法在高速移动车辆自组织网络中提高了路由的选择效率,降低了链路因高速移动而导致断开重新建立链接带来的网络拓扑控制开销.
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陈侃松;
李豪科;
阮玉龙;
王时绘
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摘要:
在节点高速移动的Ad Hoc网络环境中,广播风暴对网络性能的影响尤为重要,且网络拓扑结构的频繁变化极易导致路由中断.传统的AODV路由协议在路由发现阶段直接使用广播转发RREQ(路由请求分组)机制,容易导致广播风暴降低网络性能;同时,协议选择跳数最少的路径作为路由,没有考虑到节点的快速移动导致路由频繁失效,因此无法适应节点高速移动的网络环境.针对上面存在的问题,提出一种对AODV进行改进的协议.该协议在路由发起过程中,基于局部邻居节点数量计算动态转发概率;选择路由时,利用跨层思想,结合网络节点移动速度提出链路权值,依据链路权值选择路由路径.NS2仿真结果表明:该改进协议提高了数据包的投递率,缩短了端到端的传输时延,能够更好地适应节点高速移动的网络环境.
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余瑞;
向郑涛
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摘要:
针对车载自组织网络出现的链路不稳定、数据传输效率低、路由表现不理想等问题,使用微观交通仿真工具SUMO与网络仿真模拟器NS3进行联合仿真,研究了高速公路不同交通场景下AODV和DSDV路由协议的性能.结果表明:在不同车辆数和车速下,AODV协议分组投递率和吞吐量优于DSDV协议,平均端到端时延比DS?DV协议要高,但从路由协议整体性能来看,AODV路由协议并不足以适用于车载自组织网络.
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Sundresan Perumal;
Mujahid Tabassum;
Ganthan Narayana;
Suresh Ponnan;
Chinmay Chakraborty;
Saju Mohanan;
Zeeshan Basit;
Mohammad Tabrez Quasim
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摘要:
A wireless sensor network(WSN)consists of several tiny sensor nodes to monitor,collect,and transmit the physical information from an environment through the wireless channel.The node failure is considered as one of the main issues in the WSN which creates higher packet drop,delay,and energy consumption during the communication.Although the node failure occurred mostly due to persistent energy exhaustion during transmission of data packets.In this paper,Artificial Neural Network(ANN)based Node Failure Detection(NFD)is developed with cognitive radio for detecting the location of the node failure.The ad hoc on-demand distance vector(AODV)routing protocol is used for transmitting the data from the source node to the base station.Moreover,the Mahalanobis distance is used for detecting an adjacent node to the node failure which is used to create the routing path without any node failure.The performance of the proposed ANN-NFD method is analysed in terms of throughput,delivery rate,number of nodes alive,drop rate,end to end delay,energy consumption,and overhead ratio.Furthermore,the performance of the ANN-NFD method is evaluated with the header to base station and base station to header(H2B2H)protocol.The packet delivery rate of the ANN-NFD method is 0.92 for 150 nodes that are high when compared to the H2B2H protocol.Hence,the ANN-NFD method provides data consistency during data transmission under node and battery failure.
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刘坤禹;
周亮
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摘要:
在移动自组网中,黑洞攻击是一种主要的针对AODV协议的攻击方式,黑洞攻击是指黑洞节点通过更改序列号或跳数等手段欺骗合法节点将路由导向它,从而将从源节点接收到的数据包丢弃的攻击,多个黑洞联合攻击的威胁更大.为此,该文提出一种基于安全递归函数的认证链机制,即一条路由的接续节点依赖递归函数的确定性状态转移关系实现安全的唯一关联,从而使得整条路由形成为一个认证链.该机制中,即使是采用简单递归函数类中的伪随机线性序列,只要其线性复杂度大于认证链上的节点数,则可以使得黑洞攻击者无法获取两倍于序列线性复杂度以上的连续状态值,从而可以保障路由的安全可认证性.最终证明,该文提出的路由认证链机制是一种新颖且有效的防御黑洞攻击的方法.
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张莉;
马苗立
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摘要:
针对AODV协议中由于节点负载过重而引起网络堵塞和网络能源浪费的问题,设计了一种基于负载均衡(LD)的AODV协议(LD-AODV).首先,引入了通信成功率指标用来判断每个网络节点的通讯能力.其次,将AODV协议的路由判据由跳数最少改进为数据通信成功率最高,使网络节点的通信能力参与了路由选择.最后经过测试,结果表明所提出的方法能动态有效地均衡无线网络的负载,避免网络阻塞,增强网络的通信能力.
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林旭斌
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摘要:
车载自组织网络是一种典型的移动自组织网络,由于无线信道完全开放,易受恶意节点的攻击.基于信任模型的路由协议可以提供一条不包含恶意节点的可信路由,从而提高路由协议的安全性.该文提出了一种基于信任模型改进的AODV协议,利用信任模型的主观逻辑评估车辆节点间的可信度,为选择出安全可信路由提供决策依据.通过仿真验证,TAODV路由协议算法提高了数据包传递率和平均吞吐量.
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Xiangning HOU;
Qingguang DAI
- 《第三届全国社会计算会议、平行控制会议、平行管理会议》
| 2011年
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摘要:
The Ad Hoc network is a temporary self-organizing dynamic network formed by mobile nodes, and routing protocols has been the hot issues of Ad Hoc network.Based on NS2, four typical routing protocols DSDV, OLSR, AODV and DSR are simulated and analyzed in different scenarios. The end to end throughput, end toend delay, packet delivery ratio,packet loss ratio, routing overhead are chosen to evaluate the performance of the four protocols. Finally, the paper gives the performance curves, and clarifies the characteristics and application environment of each protocol.
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Xiangning HOU;
Qingguang DAI
- 《第三届全国社会计算会议、平行控制会议、平行管理会议》
| 2011年
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摘要:
The Ad Hoc network is a temporary self-organizing dynamic network formed by mobile nodes, and routing protocols has been the hot issues of Ad Hoc network.Based on NS2, four typical routing protocols DSDV, OLSR, AODV and DSR are simulated and analyzed in different scenarios. The end to end throughput, end toend delay, packet delivery ratio,packet loss ratio, routing overhead are chosen to evaluate the performance of the four protocols. Finally, the paper gives the performance curves, and clarifies the characteristics and application environment of each protocol.
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Xiangning HOU;
Qingguang DAI
- 《第三届全国社会计算会议、平行控制会议、平行管理会议》
| 2011年
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摘要:
The Ad Hoc network is a temporary self-organizing dynamic network formed by mobile nodes, and routing protocols has been the hot issues of Ad Hoc network.Based on NS2, four typical routing protocols DSDV, OLSR, AODV and DSR are simulated and analyzed in different scenarios. The end to end throughput, end toend delay, packet delivery ratio,packet loss ratio, routing overhead are chosen to evaluate the performance of the four protocols. Finally, the paper gives the performance curves, and clarifies the characteristics and application environment of each protocol.
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Xiangning HOU;
Qingguang DAI
- 《第三届全国社会计算会议、平行控制会议、平行管理会议》
| 2011年
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摘要:
The Ad Hoc network is a temporary self-organizing dynamic network formed by mobile nodes, and routing protocols has been the hot issues of Ad Hoc network.Based on NS2, four typical routing protocols DSDV, OLSR, AODV and DSR are simulated and analyzed in different scenarios. The end to end throughput, end toend delay, packet delivery ratio,packet loss ratio, routing overhead are chosen to evaluate the performance of the four protocols. Finally, the paper gives the performance curves, and clarifies the characteristics and application environment of each protocol.
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