Description: 这是本人跟通寝室同学做的毕业设计课题,该课题主要任务是在分析Linux内核的基础上，熟悉和掌握Linux流量控制的机理。并进一步实现可针对IP地址进行流量控制的应用软件。该软件采用C/S结构。客户端负责用户管理，流量控制策略管理和人机交互部分。服务器端负责带宽分配，流量控制的具体实现。在课题的具体分工上，本子课题负责客户端的实现。-this is my bedroom with Qualcomm graduate students to do design issues, the main topic was the analysis of the Linux kernel, on the basis of familiar and master Linux flow control mechanism. And further to target IP address flow control applications. The software using C / S structure. The client is responsible for user management, traffic management and control strategy HCI part. Server for bandwidth allocation and flow control of the specific realization. Specific topics in the division, the book topics for the client to achieve. Platform: |
Size: 361054 |
Author:王作 |
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Description: 这是本人跟通寝室同学做的毕业设计课题,该课题主要任务是在分析Linux内核的基础上，熟悉和掌握Linux流量控制的机理。并进一步实现可针对IP地址进行流量控制的应用软件。该软件采用C/S结构。客户端负责用户管理，流量控制策略管理和人机交互部分。服务器端负责带宽分配，流量控制的具体实现。在课题的具体分工上，本子课题负责客户端的实现。-this is my bedroom with Qualcomm graduate students to do design issues, the main topic was the analysis of the Linux kernel, on the basis of familiar and master Linux flow control mechanism. And further to target IP address flow control applications. The software using C/S structure. The client is responsible for user management, traffic management and control strategy HCI part. Server for bandwidth allocation and flow control of the specific realization. Specific topics in the division, the book topics for the client to achieve. Platform: |
Size: 360448 |
Author:王作 |
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Description: 子载波的分配 考虑每个带宽的大小 及子信道的噪声 最后得出每个基站到用户的分配-Consider the allocation of subcarriers for each channel size and bandwidth of the noise and came to the conclusion of each base station to the user' s allocation Platform: |
Size: 3072 |
Author:majie |
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Description: 这是本人跟通寝室同学做的毕业设计课题,该课题主要任务是在分析Linux内核的基础上，熟悉和掌握Linux流量控制的机理。并进一步实现可针对IP地址进行流量控制的应用软件。该软件采用C/S结构。客户端负责用户管理，流量控制策略管理和人机交互部分。服务器端负责带宽分配，流量控制的具体实现。在课题的具体分-This is my students to do the bedroom with the graduation project, the main task is the subject of Linux kernel based on Linux are familiar with and master the flow control mechanism. And further realization of IP addresses can be for traffic control applications. The software uses C/S structure. Client is responsible for user management, flow control policy management and interactive parts. Server is responsible for bandwidth allocation, flow control implementation. Specific points in the subject Platform: |
Size: 1587200 |
Author:谢强能 |
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Description: LTE bit allocation - allocation of bit in LTE downlink phyical layer to many users that use same bandwidth Platform: |
Size: 1024 |
Author:Helm |
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Description: 本文讨论了EPON MAC中的测距技术、上行带宽分配算法及ONU的软、硬件实现方案。由于E－PON的MAC协议还在讨论之中，所以EPON MAC中的其他问题还有待于进一步研究探讨，软硬件实现还有待专用芯片的推出和IP核心的研制，EPON真正走上市场，还需广大科研人员付出艰苦的努力-This article discusses the distance EPON MAC technology, upstream bandwidth allocation algorithm and ONU software and hardware implementation. The E-PON of the MAC protocol is still under discussion, so the other issues EPON MAC needs further study, yet to be dedicated hardware and software to achieve the introduction of chip and IP core development, EPON really took to the market, the need to the majority of researchers painstaking efforts Platform: |
Size: 211968 |
Author:诸葛龙 |
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Description: 本文讨论了EPON MAC中的测距技术、上行带宽分配算法及ONU的软、硬件实现方案。由于E－PON的MAC协议还在讨论之中，所以EPON MAC中的其他问题还有待于进一步研究探讨，软硬件实现还有待专用芯片的推出和IP核心的研制，EPON真正走上市场，还需广大科研人员付出艰苦的努力-This article discusses the distance EPON MAC technology, upstream bandwidth allocation algorithm and ONU software and hardware implementation. The E-PON of the MAC protocol is still under discussion, so the other issues EPON MAC needs further study, yet to be dedicated hardware and software to achieve the introduction of chip and IP core development, EPON really took to the market, the need to the majority of researchers painstaking efforts Platform: |
Size: 1113088 |
Author:诸葛龙 |
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Description: 该代码是基于IEEE 802.16在ns-2.28上开发实现的Wimax模块。主要针对mac层的实现以及带宽分配机制和QoS支持。-This project implements a WiMAX module based on the IEEE 802.16 standard for the ns-2 simulator, release 2.28. The focus of this implementation is the MAC layer and its mechanisms for bandwidth allocation and QoS support. Platform: |
Size: 315392 |
Author:hooke |
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Description: 一种多链路接入共享带宽分配模型，分析了链路带宽分配和QoS等级的特点，提出一种动态带宽分配分级Qos链路接入控制算法DBAMQ-A link to share bandwidth allocation model access, this paper analyzes the link bandwidth allocation and the characteristics of the QoS level, and put forward a kind of dynamic bandwidth points
Grading Qos link with access control algorithm DBAMQ Platform: |
Size: 468992 |
Author: |
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Description: 本文从提高系统的带宽利用率的角度出发，充分利用网络流量的自相似
特性，提出了一种能有效提高上行带宽利用率的动态分配算法-In this thesis， dynamic bandwidth allocation algorithm TGOGT where the
two groups of ONU are granted in turn and allocation bandwidth according to the
characteristic of network traffic and their delay request for different service is brought
forward In TGOGT,all ONUs in the system are departed into two groups，and the
queue-threshold was set for every group．Two groups of ONUs report and grant in turn，
as the network load changes，OLT converts the way of granting every ONU． Platform: |
Size: 1975296 |
Author:kite |
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Description: "Ethernet in the First Mile" (EFM) is an upcoming standard currently being drafted by the 802.3ah task force in the IEEE organization. One of the tracks in the standard deals with Ethernet over Passive Optical Network (EPON), a centralized point-to-multi-point network with a shared upstream channel. This paper deals with the problem of upstream bandwidth allocation in EPON networks. We suggest, analyze, and compare several bandwidth allocation algorithms. As a novel type of network, EPON presents many new challenges, and one of the main goals of this project was to get a feel for the network in order to decide on the next steps in its exploration. To that end, we have constructed an OPNET model of an EPON network based on the IEEE - "Ethernet in the First Mile" (EFM) is an upcoming standard currently being drafted by the 802.3ah task force in the IEEE organization. One of the tracks in the standard deals with Ethernet over Passive Optical Network (EPON), a centralized point-to-multi-point network with a shared upstream channel. This paper deals with the problem of upstream bandwidth allocation in EPON networks. We suggest, analyze, and compare several bandwidth allocation algorithms. As a novel type of network, EPON presents many new challenges, and one of the main goals of this project was to get a feel for the network in order to decide on the next steps in its exploration. To that end, we have constructed an OPNET model of an EPON network based on the IEEE Platform: |
Size: 508928 |
Author:yavar |
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Description: In this paper, a novel bandwidth allocation technique is proposed for a 802.16 time division based (TDD) wireless network. Here both asymmetric and symmetric uplink/downlink traffic load are taken into consideration for the analysis purpose. The proposed algorithm is demonstrated in term of throughput and fairness. Platform: |
Size: 1633280 |
Author:Ch.Manoj kumar |
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