Description: 毕业设计开题报告：无线系统中拥塞控制仿真研究-Graduation design problem that the report: Wireless System Simulation of Congestion Control Platform: |
Size: 18432 |
Author:李亟 |
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Description: 南加州大学提出的无线传感器网络中IFRC协议，及其仿真，仿真平台是tinyos-This module contains code for IFRC (Interference-Aware Fair
Rate Control). IFRC is a rate control/congestion control
scheme for wireless sensor network to assign fair and
efficient rate to all the flows in the network (assuming a
many-to-one traffic pattern). Platform: |
Size: 46080 |
Author:文字 |
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Description: Improving Transport Layer Performance In
Multihop Ad Hoc Networks By
Exploiting MAC Layer Information - WIRELESS CONGESTION CONTROL PROTOCOL
Platform: |
Size: 4594688 |
Author:Mahendran |
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Description: 这个压缩包是现代计算机网络研究生课程的全部课件，里面包含拥塞控制，无线与移动网络，p2p网络原理，流媒体网络，下一代互联网，网络建模与分析等精辟内容。-This archive is a modern computer networks of all graduate courses courseware, which include congestion control, wireless and mobile networks, p2p network theory, streaming media network, next generation Internet, network modeling and analysis, insightful content. Platform: |
Size: 20500480 |
Author:王春燕 |
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Description: pear to be accurate enough in case MAC reliability is not used as when packet
drops occurs due to collisions buffer drains and size is decreased. Well known schemes
use a combination of channel utilization and buffer occupancy, as seems to be the most
effective method. Fidelity measurement at the sink is also used but is more slow method,
as end-to-and and processing delay is added at the sink.
Talking for Feedback methods local ones are most frequently used as transient
congestion problems are most usual in wireless sensor networks and quick reaction is
needed in these situations.
Control Methods used in different schemes is the most important part. The u
Platform: |
Size: 136192 |
Author:Shajib |
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Description: Performance Assessment of Congestion Control
Transport Protocols for Wireless Sensor Networks Platform: |
Size: 503808 |
Author:maya |
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Description: This code is a new method to Congestion Control Protocol and Clustering in Wireless Sensor Networks using Shuffled Frog Leaping Algorithm and Leaky Bucket Algorithm.
Platform: |
Size: 110592 |
Author:hadi |
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Description: The reliable data delivery is a challenging task in Wireless Sensor Networks (WSNs) due to dynamic and unpredictable changing behaviors of nodes. The traditional cryptographic and authentication based schemes can’t be adopted due to their associated cost and incapability to counter nodes misbehavior attacks. Recently, trust based solutions have proved to be more effective to address nodes’ misbehavior attacks. Apart isolating misbehaving nodes, the existing trust based schemes lacks the capability to minimize link failure notifications due to transient transmission disruption which consequently give rise to frequent route breakages thereby undermining throughput and route stability. Moreover, the existing solutions give rise to high energy consumption and control overhead in pursuit of trust estimation and network-wide dissemination which not only adds to network congestion but also undermines network lifetime. In this paper, we present a Trust and Energy aware Routing Protocol (TERP) that -The reliable data delivery is a challenging task in Wireless Sensor Networks (WSNs) due to dynamic and unpredictable changing behaviors of nodes. The traditional cryptographic and authentication based schemes can’t be adopted due to their associated cost and incapability to counter nodes misbehavior attacks. Recently, trust based solutions have proved to be more effective to address nodes’ misbehavior attacks. Apart isolating misbehaving nodes, the existing trust based schemes lacks the capability to minimize link failure notifications due to transient transmission disruption which consequently give rise to frequent route breakages thereby undermining throughput and route stability. Moreover, the existing solutions give rise to high energy consumption and control overhead in pursuit of trust estimation and network-wide dissemination which not only adds to network congestion but also undermines network lifetime. In this paper, we present a Trust and Energy aware Routing Protocol (TERP) that Platform: |
Size: 1024 |
Author:Dharmesh |
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Search - wireless Congestion Control