Search - cooperative wireless network

Search - cooperative wireless network - List

[Industry research] A Survey of Spectrum Sensing Algorithms DL : 0: A Survey of Spectrum Sensing Algorithms The spectrum sensing problem has gained new aspects with cognitive radio and opportunistic spectrum access concepts. It is one of the most challenging issues in cognitive radio systems. In this paper, a survey of spectrum sensing methodologies for cognitive radio is presented. Various aspects of spectrum sensing problem are studied from a cognitive radio perspective and multi-dimensional spectrum sensing concept is introduced. Challenges associated with spectrum sensing are given and enabling spectrum sensing methods are reviewed. The paper explains the cooperative sensing concept and its various forms. External sensing algorithms and other alternative sensing methods are discussed. Furthermore, statistical modeling of network traffic and utilization of these models for prediction of primary user behavior is studied. Finally, sensing features of some current wireless standards are given.
Update : 2012-02-22 Size : 442.87kb Publisher : chenpeng3361
[Program doc] 123 DL : 0: 讲述了无线传感器网络中协作分集的性能，对做协作通信肯定有帮助。-research on cooperation transmission and performance in wireless sensor network,it is help for doing cooperative communication
Update : 2025-04-26 Size : 627kb Publisher : 小红
[matlab] wuxianhezuiwod DL : 0: 无线合作分集网络中资源分配策略研究的论文-Cooperative diversity in wireless network resource allocation policy research papers
Update : 2025-04-26 Size : 1.73mb Publisher : 谭乐平
[Software Engineering] ADVANCED-WIRELESS-Network DL : 0: ADVANCED WIRELESS NETWORKS Cognitive, Cooperative and Opportunistic 4G Technology Second Edition
Update : 2025-04-26 Size : 11.11mb Publisher : kkdimson
[Program doc] Cooperative-Diversity-in-Wireless-Networks-Phd.ra DL : 0: To eectively combat multipath fading across multiple protocol layers in wireless networks, this dissertation develops energy-ecient algorithms that employ certain kinds of cooperation among terminals, and illustrates how one might incorporate these algorithms into various network architectures. In these techniques, sets of terminals relay signals for each other to create a virtual antenna array, trading o the costs|in power, bandwidth, and complexity|for the greater benets gained by exploiting spatial diversity in the channel. By contrast, classical network architectures only employ point-to-point transmission and thus forego these benets.
Update : 2025-04-26 Size : 799kb Publisher : 陈鹏
[Communication-Mobile] Nakagami DL : 0: 衰落信道下合作分集的无线家庭网络性能分析,无线家庭网络!合作分集!再生中继非再生中继-Fading channel cooperative diversity wireless home network performance analysis
Update : 2025-04-26 Size : 421kb Publisher : 项杰
[Communication-Mobile] Investigation DL : 0: 无线合作分集网络中节点覆盖范围的研究,合作通信覆盖范围中断概率传输码率-Investigation on node s cooperative range in wireless network
Update : 2025-04-26 Size : 373kb Publisher : 项杰
[Software Engineering] A-survey-of-spectrum-sensing-algorithms-for-cogni DL : 0: The spectrum sensing problem has gained new aspects with cognitive radio and opportunistic spectrum access concepts. It is one of the most challenging issues in cognitive radio systems. In this paper, a survey of spectrum sensing methodologies for cognitive radio is presented. Various aspects of spectrum sensing problem are studied from a cognitive radio perspective and multi-dimensional spectrum sensing concept is introduced. Challenges associated with spectrum sensing are given and enabling spectrum sensing methods are reviewed. The paper explains the cooperative sensing concept and its various forms. External sensing algorithms and other alternative sensing methods are discussed. Furthermore, statistical modeling of network traffic and utilization of these models for prediction of primary user behavior is studied. Finally, sensing features of some current wireless standards are given.
Update : 2025-04-26 Size : 446kb Publisher : Deepesh
[Program doc] xiezuotongxing DL : 0: 未来无线网络中协作通信算法研究无线传感器协作通信仿真吞吐量等-Future wireless network algorithm for wireless sensor cooperative communication collaboration communication simulation throughput
Update : 2025-04-26 Size : 5.19mb Publisher : feifei
[Documents] 802.11s DL : 0: 802.11s无线Mesh网络中协作多样性感知的路由度量和协作路由协议-802.11s Wireless Mesh Network-aware routing metric cooperative diversity and collaborative routing protocols
Update : 2025-04-26 Size : 524kb Publisher : 王力宏
[Software Engineering] coleach_3 DL : 0: Energy efficiency is the most important design goal for wireless sensor networks (WSNs). In this paper, we propose an energy-efficient cooperative MIMO scheme, which combines energy-efficient LEACH (EE-LEACH) protocol and cooperative MIMO. We name it as EE-LEACH-MIMO scheme. EE-LEACH is an improved LEACH algorithm, in which the network is partitioned to sectors with equal angle for avoiding the distribution non-uniformity of cluster heads. In EE-LEACH-MIMO scheme, the location and the residual energy of each node are considered when the cluster heads for clustering and cooperative nodes for MIMO system are chosen. For comparisons, LEACH, EE-LEACH, the simple cooperative scheme with LEACH and MIMO (LEACHMIMO), and EE-LEACH-MIMO scheme are simulated. The result shows that EE-LEACH-MIMO scheme can well balance the network load, save energy and prolong the network lifetime
Update : 2025-04-26 Size : 2kb Publisher : 龙飞天涯268
[Program doc] coleach_4 DL : 0: Energy efficiency is the most important design goal for wireless sensor networks (WSNs). In this paper, we propose an energy-efficient cooperative MIMO scheme, which combines energy-efficient LEACH (EE-LEACH) protocol and cooperative MIMO. We name it as EE-LEACH-MIMO scheme. EE-LEACH is an improved LEACH algorithm, in which the network is partitioned to sectors with equal angle for avoiding the distribution non-uniformity of cluster heads. In EE-LEACH-MIMO scheme, the location and the residual energy of each node are considered when the cluster heads for clustering and cooperative nodes for MIMO system are chosen. For comparisons, LEACH, EE-LEACH, the simple cooperative scheme with LEACH and MIMO (LEACHMIMO), and EE-LEACH-MIMO scheme are simulated. The result shows that EE-LEACH-MIMO scheme can well balance the network load, save energy and prolong the network lifetime
Update : 2025-04-26 Size : 2kb Publisher : 龙飞天涯268
[Software Engineering] untitled DL : 0: Energy efficiency is the most important design goal for wireless sensor networks (WSNs). In this paper, we propose an energy-efficient cooperative MIMO scheme, which combines energy-efficient LEACH (EE-LEACH) protocol and cooperative MIMO. We name it as EE-LEACH-MIMO scheme. EE-LEACH is an improved LEACH algorithm, in which the network is partitioned to sectors with equal angle for avoiding the distribution non-uniformity of cluster heads. In EE-LEACH-MIMO scheme, the location and the residual energy of each node are considered when the cluster heads for clustering and cooperative nodes for MIMO system are chosen. For comparisons, LEACH, EE-LEACH, the simple cooperative scheme with LEACH and MIMO (LEACHMIMO), and EE-LEACH-MIMO scheme are simulated. The result shows that EE-LEACH-MIMO scheme can well balance the network load, save energy and prolong the network lifetime
Update : 2025-04-26 Size : 18kb Publisher : 龙飞天涯268
[Program doc] Thesis-Cooperative-localization-in-wireless-netwo DL : 0: thesis about cooperative localization in wireless sensor network , very beneficial in this field
Update : 2025-04-26 Size : 2.83mb Publisher : Hadeel
[Documents] A Survey of Localization in Wireless Sensor Network DL : 0: Localization is one of the key techniques in wireless sensor network. The location estimation methods can be classified into target/source localization and node self-localization. In target localization, we mainly introduce the energy-based method. Then we investigate the node self-localization methods. Since the widespread adoption of the wireless sensor network, the localization methods are different in various applications. And there are several challenges in some special scenarios. In this paper, we present a comprehensive survey of these challenges: localization in non-line-of-sight, node selection criteria for localization in energy-constrained network, scheduling the sensor node to optimize the tradeoff between localization performance and energy consumption, cooperative node localization, and localization algorithm in heterogeneous network. Finally, we introduce the evaluation criteria for localization in wireless sensor network.
Update : 2017-03-15 Size : 1.06mb Publisher : atrakpc@yahoo.com
[Other] pxc3900945 DL : 0: Overview of Relay Selection and Dynamic Resource Allocation for Cooperative Wireless Network
Update : 2025-04-26 Size : 446kb Publisher : mosty