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Description: 微软亚洲研究院论文：Bluetooth中基于MAC调度德QoS支持策略-Microsoft Asia Research Institute Papers : Bluetooth-based MAC QoS scheduling strategies to support Germany
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Size: 144917 |
Author: 李刚 |
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Description: 在网络仿真模拟工具下实现支持QoS的MAC层EDCF协议
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Size: 3092106 |
Author: kaigo |
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Description: 感知无线电中关于跨层QoS的重要文章
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Size: 560466 |
Author: wy4973007 |
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Description: 微软亚洲研究院论文：Bluetooth中基于MAC调度德QoS支持策略-Microsoft Asia Research Institute Papers : Bluetooth-based MAC QoS scheduling strategies to support Germany
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Size: 144384 |
Author: 站长 |
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Description: 在网络仿真模拟工具下实现支持QoS的MAC层EDCF协议-In the network simulation tool to achieve the MAC layer QoS support EDCF agreement
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Size: 3091456 |
Author: kaigo |
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Description: 计算机网络的链路状态算法,这里是他的核心程序迪捷斯特拉算法的源代码,欢迎下载,自己编写的-Computer network link state algorithm, this is the core of his program Videojet Stratford algorithm source code, welcome to download, I have written
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Size: 1024 |
Author: kon |
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Description: IEEE802.16downlink公平调度算法研究,WiMAX QOS开发者可以参考-IEEE802.16downlink fair scheduling algorithm, WiMAX QOS developers can refer to
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Size: 235520 |
Author: caowei |
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Description: wimax 网络MAC层QOS仿真程序补丁！LINUX开发环境，C编程！-wimax network MAC layer simulation program QOS patch! LINUX development environment, C programming!
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Size: 38912 |
Author: 梦寒 |
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Description: 动态路由算法，采用链路状态路由算法，显示节点信息。-Dynamic routing algorithm, using link state routing algorithm, showing node information.
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Size: 1024 |
Author: |
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Description: 802.16 Qos仿真平台的c++实现，应用环境NS-2.29，实现了802.16的基本流程和Qos功能，对于从事无线城域网的研究人员来说，具有非常大的价值-802.16 Qos simulation platform c++ Realization application environment NS-2.29, achieving 802.16 for the basic processes and Qos function, for wireless metropolitan area network for researchers, with very large value
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Size: 101376 |
Author: jame |
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Description: 关于无线mesh方面的经典书籍,包括WI-FI/WIMAX等标准 内容丰富:包括路由,安全,可扩展性,负载均衡,跨层设计最优化,智能天线,MAC层,QOS,认知无线电等-Aspects of wireless mesh on the classic books, including criteria such as content-rich Wi-Fi/WiMax: including routing, security, scalability, load balancing, cross-layer design optimization, smart antenna, MAC layer, QOS, such as cognitive radio
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Size: 3443712 |
Author: wangfang |
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Description: Qo S参 考 模型是一个端到端加层次的概念。端到端之间可能包括一个或多个
中介网络，每个网络具有多个节点。各个中介网络的QoS是由中介网络协议栈
垂直方向的各个协议层的协作实现的，如MAC层、数据链路层和网络层提供的
QoS保障机制的综合。各个中介网络的QoS的综合实现端到端QoS。理论上，
用户不必考虑中介网络数量极其特性，只关心端到端的QoS能否保证-Qo S Reference Model is an end-to-end add-level concept. Between end-to-end may include one or more intermediary network, each network with multiple nodes. Various intermediary network QoS is the network protocol stack by an intermediary in all the vertical direction of the collaboration protocol layer implementation, such as the MAC layer, data link layer and network layer QoS guarantee mechanism provided by the General. Various intermediary network QoS end-to-end implementation of an integrated QoS. In theory, users do not have to consider the number of extremely intermediary network characteristics, is concerned only about the end-to-end QoS guarantee
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Size: 11340800 |
Author: gnfang |
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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: 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: 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: ppt on a hybrid mac protocol
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Size: 190464 |
Author: varun |
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Description: 北邮毕业生的关于AD HOC网络的QOS MAC协议，使用OPNET仿真-Graduates of Beijing University of Posts on the AD HOC network QOS MAC protocol, using OPNET simulation
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Size: 3073024 |
Author: wuxiaomin |
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Description: Introduction about the MAC layer of WiMAX technology. It s very useful.
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Size: 202752 |
Author: David |
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