Description: UDT_4.4增加,VC6可编译版本。UDT是一种互联网数据传输协议。UDT建于UDP之上，并引入新的拥塞控制和数据可靠性控制机制。UDT是面向连接的双向的应用层协议。它同时支持可靠的数据流传输和部分可靠的数据报传输。-UDT_4.4 , VC6 version can be compiled. UDT is an Internet data transfer protocol. UDT was built in on top of UDP and the introduction of a new congestion control and data reliability control mechanisms. UDT is bi-directional connection-oriented application layer protocol. It will also support the reliable transmission of data streams, and some reported that reliable data transmission. Platform: |
Size: 1180672 |
Author:JustGO |
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Description: Linux的网络协议栈是内核的一部分，它的实现是基于TCP/IP协议栈的，共分五层，分别是：应用层、BSD Socket层、INET Socket层、网络层和数据链接/硬件层。这是继承了unix的网络系统，现在linux的网络系统不断注入了新的理论。
我要研究的是linux下网络协议栈一个通信协议——TCP协议栈。TCP协议是面向对象的协议，本论文主要从缓存sk_buff，TCP相关数据结构，TCP连接的建立与关闭，TCP数据的发送与接收，TCP的流量控制与拥塞控制这几方面阐述我对TCP协议栈的理解，主要研究了TCP在内核中如何实现，以及一些算法的实现。
-Linux network protocol stack is a core part of its implementation is based on TCP/IP protocol stack is divided into five, namely: the application layer, BSD Socket Layer, INET Socket layer, network layer and data link/hardware layer. This is the inheritance of the unix network system, network system is linux and keep adding a new theory. I need to study is a network protocol stack under linux communication protocols- TCP protocol stack. TCP protocol is object-oriented protocol, this thesis from the cache sk_buff, TCP data structures, TCP connection establishment and closure, TCP send and receive data, TCP flow control and congestion control these areas and explain my TCP protocol understanding of the stack, a major study how TCP in the kernel, and some algorithm. Platform: |
Size: 227328 |
Author:弥一强 |
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Description: udt.4.8 UDT（UDP-based Data Transfer Protocol，简称UDT）是一种互联网数据传输协议。UDT建于UDP之上，并引入新的拥塞控制和数据可靠性控制机制。UDT是面向连接的双向的应用层协议。它同时支持可靠的数据流传输和部分可靠的数据报传输。 由于UDT完全在UDP上实现，它也可以应用在除了高速数据传输之外的其它应用领域，例如点到点技术（P2P），防护墙穿透，多媒体数据传输等等。 UDT由开源软件作者谷云洪在美国伊利诺伊大学芝加哥分校攻读博士期间开发，并由他在毕业后继续维护和升级。UDT的开源软件可以在SourceForge上获取-udt.4.8 UDT (UDP-based Data Transfer Protocol, referred to as the UDT) is an Internet data transfer protocol. UDT built over UDP, and the introduction of new congestion control mechanism of control and data reliability. UDT is bi-directional connection-oriented application layer protocol. It supports both reliable data streaming and partial report reliable data transmission. Because UDT fully implemented on the UDP, it can also be used in addition to other than high-speed data transmission applications, such as point to point technology (P2P), penetrate the protective wall, multimedia data transmission and so on. UDT valley by the open source software of the University of Illinois in the United States Yunhong Chicago developed during doctoral study, by him after graduation to continue to maintain and upgrade. UDT SourceForge open source software can be obtained on Platform: |
Size: 323584 |
Author:ade |
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Description: Objectives of this document -Connection oriented and connectionless services
The TCP/IP layers Differences between OSI and TCP/IP models -Objectives of this document -Connection oriented and connectionless services
The TCP/IP layers Differences between OSI and TCP/IP models Platform: |
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Author:ghassan |
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Description: Abstract
We present TCP-over-UDP (ToU), an instance of TCP on top of UDP. It
provides exactly the same congestion control, flow control,
reliability, and extension mechanisms as offered by TCP. It is
intended for use in scenarios where applications running on two hosts
may not be able to establish a direct TCP connection but are able to
exchange UDP packets. Platform: |
Size: 18432 |
Author:amin |
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Description: statcom connection
Abstract In deregulated power system, congestion management
is a major problem due to operational constraints.
Flexible AC transmission systems (FACTS) devices can be
a choice to control the power flow in congested lines. This
paper explores the use of two popular FACTS devices,
TCSC and STATCOM for power flow control in electrical
network and their capability to decongest the network. It
suggests the optimal location of TCSC and STATCOM
individually to relieve congestion with minimum power
losses, voltage regulation and cost of the device. The
proposed method has been verified on IEEE-14 bus system
for its effectiveness. Simulation work is carried out in
MATLAB software. Platform: |
Size: 7979 |
Author:Mariya |
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Search - connection control congestion