The Realization and Optimization of Link Queue Algorithm and AODV Protocol;
对传输控制协议中的链路队列算法做了分析。
The black hole attack and the gray hole attack on the networks running under the AODV protocol are discussed.
重点讨论在AODV协议下的黑洞攻击和灰洞攻击，并根据攻击的特点，提出了一种利用虫洞原理防御的策略。
Aimed at this problem, considering the energy aware routing protocol, a kind of energy-aware-based AODV protocol (AODV-EA) is proposed.
针对这一问题，结合能量有效路由，提出了一种基于能量感知的AODV协议(AODV - EA)。
In the simulations, we verify that the proposed algorithm has longer network lifetime and consumes the residual energy of each node more evenly when compared with the typical AODV protocol.
该模拟实验表明：与典型的AODV协议相比，本文所提算法具有更长的网络寿命，以及每个节点消耗的剩余能量更均匀。
The proposed EEPR algorithm adopts energy-efficient probabilistic control by simultaneously using the residual energy of each node and ETX metric in the context of the typical AODV protocol.
EEPR算法通过在典型的AODV协议中，同时使用其每个节点的剩余能量和ETX度量进行模拟，以此控制节能概率。
The simulation results demonstrate that ODVCL improves many advantages compared to the AODV protocol, such as route discovery frequency, end-to-end delay, packet delivery fraction and routing load.
仿真结果表明：odvcl协议在路由发现频率、平均端对端延迟、发包率和路由开销等性能上优于AODV协议。
Many experiments have proved that AODV and DSR are the most efficient routing protocol in Ad hoc network.
大量的试验结果证明：AODV和DSR是最有效的自组网路由协议。
The agreement introduces restrictions on broadcast mechanism to solve the AODV routing protocol broadcast storm problem, and saves the energy consumption of node.
该算法采用限制泛洪改进机制，解决了AODV路由协议报文的广播风暴问题，节约节点的能量消耗。
AODV is an on-demand routing protocol with low control of load, low power consumption and low bandwidth overhead.
AODV是一种按需路由协议，具有控制负载低、耗电量低以及带宽开销低等优点。
This thesis discusses how to build an Ad hoc network platform using PC104-based embedded devices and how to implement the AODV route protocol on it.
本文论述了基于PC 104嵌入式设备如何构建一个无线自组织网络实验平台，并在此平台上实现AODV路由协议。
This paper concentrates on setting up the back up route in the AODV routing protocol in AD hoc network.
研究了后备路由策略在自组网AODV协议中的应用。
This design has realized the goal of building an Ad hoc network platform and implementing a routing strategy which improves the AODV route protocol.
本设计在搭建自组织网络实验平台的基础上，实现了一种改进AODV协议的路由策略。
Simulations are done in a few test scenarios using NS-2 and comparison is made between SAANIMRA and the state-of-the-art on-demand routing protocol AODV.
本文利用NS - 2进行了几种网络场景下的仿真实验，将SAANIMRA与现在通用的按需路由协议AODV进行了比较。
In this paper the working processes of AODV routing protocol and the essence of black hole attack are analyzed in detail, and a solution to Black Hole Attack is proposed.
针对该问题，文中在详细分析了AODV路由协议的运行原理和数据黑洞攻击问题实质的基础上对AODV协议进行了改进。
Through improving AODV routing protocol, proposed an energy efficient routing protocol based on AODV(EE-AODV).
通过对AODV路由协议进行改进，提出了基于AODV的能量有效的路由协议（EE-AODV）。
Through improving AODV routing protocol, proposed an energy efficient routing protocol based on AODV (EE-AODV).
通过对AODV路由协议进行改进，提出了基于AODV的能量有效的路由协议(EE -AODV)。
Ad hoc on demand distance vector routing protocol named AODV is a reactive routing protocol, and it has been widely used.
按需式距离矢量路由协议AODV是一种反应式的路由协议，并已经得到了广泛的应用。
This paper analyzes current solutions and proposes a protocol to solve false destination sequence attack in AODV by introducing an algorithm of reputation rating updating.
该文针对AODV协议中的虚假目的序列号攻击以及已有解决方案中的缺陷，引入信誉值更新算法，设计一种基于AODV的入侵识别协议。
This new protocol rebuilt the AODV routing acquisition and maintenance based on the ant foraging algorithm, and using ant task allocation algorithm to decrease the maintenance overhead.
我们以基本的蚂蚁觅食算法为基础，改造了AODV寻路方法和维护策略，应用蚂蚁分工的算法减少维护的费用。
This new protocol rebuilt the AODV routing acquisition and maintenance based on the ant foraging algorithm, and using ant task allocation algorithm to decrease the maintenance overhead.
我们以基本的蚂蚁觅食算法为基础，改造了AODV寻路方法和维护策略，应用蚂蚁分工的算法减少维护的费用。
应用推荐