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Description: NSD2 QOS surpport tcl code
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Size: 14174 |
Author: zrj |
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Description: 这是关于ns2学习的资料，利用c和otcl语言编写，文中给出代码分析-Means study on the information and the use of c otcl language, the paper presents Code Analysis
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Size: 72704 |
Author: zhangcuicui82 |
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Description: NSD2 QOS surpport tcl code
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Size: 14336 |
Author: zrj |
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Description: QoS in ternet
IP revolution - from “IP over everything” to “everything over IP”
Current Internet guarantee: Best Effort only.-QoS in ternetIP revolution- from IP over everything to everything over IP Current Internet guarantee: Best Effort only.
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Size: 567296 |
Author: Alan Yu |
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Description: This a simulator written in Tcl to simulate a network node carrying GSM and GPRS traffics with QoS mechanisms. The payload type including circuit-switched voice, VoIP and web traffic, and the performance including packet drop, delay can be analyzed. The implemented QoS mechanism is DiffServ, with 4 RED queues for different services with different priorities.-This is a simulator written in Tcl to simulate a network node carrying GSM and GPRS traffics with QoS mechanisms. The payload type including circuit-switched voice, VoIP and web traffic, and the performance including packet drop, delay can be analyzed. The implemented QoS mechanism is DiffServ, with 4 RED queues for different services with different priorities.
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Size: 26256384 |
Author: wang haibo |
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Description: To support the varying Quality-of-Service (QoS) requirements of emerging applications such as those involving continuous media, a new standard IEEE 802.11e has been specified [1]. This standard aims to support QoS by providing differentiated classes of service at the medium access control (MAC) layer to enhance the ability of physical layers to deliver time-critical traffic in the presence of traditional data packets. The 802.11e standard defines four access categories (ACs). These four ACs have different transmission priorities. The transmission priority is the probability of successfully earning the chance to transmit when individual ACs are competing to access the wireless channel the higher the transmission priority, the better is the opportunity to transmit.-To support the varying Quality-of-Service (QoS) requirements of emerging applications such as those involving continuous media, a new standard IEEE 802.11e has been specified [1]. This standard aims to support QoS by providing differentiated classes of service at the medium access control (MAC) layer to enhance the ability of physical layers to deliver time-critical traffic in the presence of traditional data packets. The 802.11e standard defines four access categories (ACs). These four ACs have different transmission priorities. The transmission priority is the probability of successfully earning the chance to transmit when individual ACs are competing to access the wireless channel the higher the transmission priority, the better is the opportunity to transmit.
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Size: 1024 |
Author: mina |
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Description: To support the varying Quality-of-Service (QoS) requirements of emerging applications such as those involving continuous media, a new standard IEEE 802.11e has been specified [1]. This standard aims to support QoS by providing differentiated classes of service at the medium access control (MAC) layer to enhance the ability of physical layers to deliver time-critical traffic in the presence of traditional data packets. The 802.11e standard defines four access categories (ACs). These four ACs have different transmission priorities. The transmission priority is the probability of successfully earning the chance to transmit when individual ACs are competing to access the wireless channel the higher the transmission priority, the better is the opportunity to transmit.-To support the varying Quality-of-Service (QoS) requirements of emerging applications such as those involving continuous media, a new standard IEEE 802.11e has been specified [1]. This standard aims to support QoS by providing differentiated classes of service at the medium access control (MAC) layer to enhance the ability of physical layers to deliver time-critical traffic in the presence of traditional data packets. The 802.11e standard defines four access categories (ACs). These four ACs have different transmission priorities. The transmission priority is the probability of successfully earning the chance to transmit when individual ACs are competing to access the wireless channel the higher the transmission priority, the better is the opportunity to transmit.
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Size: 1024 |
Author: mina |
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Description: To support the varying Quality-of-Service (QoS) requirements of emerging applications such as those involving continuous media, a new standard IEEE 802.11e has been specified [1]. This standard aims to support QoS by providing differentiated classes of service at the medium access control (MAC) layer to enhance the ability of physical layers to deliver time-critical traffic in the presence of traditional data packets. The 802.11e standard defines four access categories (ACs). These four ACs have different transmission priorities. The transmission priority is the probability of successfully earning the chance to transmit when individual ACs are competing to access the wireless channel the higher the transmission priority, the better is the opportunity to transmit.-To support the varying Quality-of-Service (QoS) requirements of emerging applications such as those involving continuous media, a new standard IEEE 802.11e has been specified [1]. This standard aims to support QoS by providing differentiated classes of service at the medium access control (MAC) layer to enhance the ability of physical layers to deliver time-critical traffic in the presence of traditional data packets. The 802.11e standard defines four access categories (ACs). These four ACs have different transmission priorities. The transmission priority is the probability of successfully earning the chance to transmit when individual ACs are competing to access the wireless channel the higher the transmission priority, the better is the opportunity to transmit.
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Size: 2048 |
Author: mina |
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Description: it is one of the major routing protocol for mobile Ad hoc Networks.
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Size: 2048 |
Author: madhu |
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Description: analysis of qos over wimax
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Size: 683008 |
Author: theverton |
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Description: tcl code for qos analysis in manet aco
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Size: 2048 |
Author: bala |
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Description: 多播路由模拟 演示如何利用NS-2来模拟多播路由，是一个组播数据包的寻路过程，其中涉及到的网络动态特性包括节点动态的加入和离开一个组。-Multicast routing simulation demonstrates how to use NS-2 to simulate a multicast routing, a multicast packet find its way process, involving the dynamic characteristics of the network, including node dynamic joining and leaving a group.
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Size: 1024 |
Author: lvfangfang |
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Description: The main aim of this project is to conduct evaluation study on QoS-AODV along with our proposed approach. NS-2 Simulator is used in performing the simulation study in order to test its effectiveness. Various scenarios with different mobility parameters are taken into account in the simulations. Average Latency, Packet Delivery Ratio
(PDR) and Normalized Overhead Load are the selected evaluation metrics.
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Size: 2048 |
Author: mohammed |
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Description: NS2中模拟无线WLan MAC层参数对网络性能的影响-Wireless WLan MAC NS2 to simulate the parameters on Network Performance
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Size: 2048 |
Author: 欧阳筱 |
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Description: this about simulation about QoS differentiated service using NS2
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Size: 1024 |
Author: wahyu |
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Description: ns2 wimax QOS by aymen belgieth. Posted by ... Nevertheless I will provide example tcl and shell scripts. ... When I run QoS example1.tcl from
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Size: 11417600 |
Author: Ken |
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