Network Layer41Chapter 4Network LayerComputer Networking: A Top Down Approach Featuring the Internet, 3rd edition. Jim K
《计算机网络 Computer Networking》课程PPT教学课件(A Top Down Approach,7th edition)Chapter 4 The Network Layer - Data Plane,ppt格式文档下载,共76页。
Computer Network --- Transport Layer 运输层: 运输层协议与网络层协议: 运输层协议: 端口: Socket: UDP概述: UDP数据报格式: TCP数据报格式: 最大报文段长度MSS: 序号与确认号: 滑动窗口: 拥塞窗口 & 接收端窗口: 发送窗口的上限: 拥塞窗口变化示意图: 加法增加: 乘法减小: 快重传: 快恢复: 往返时延...
Computer Network --- Transport Layer 运输层: 运输层协议与网络层协议: 运输层协议: 端口: Socket: UDP概述: UDP数据报格式: TCP数据报格式: 最大报文段长度MSS: 序号与确认号: 滑动窗口: 拥塞窗口 & 接收端窗口: 发送窗口的上限: 拥塞窗口变化示意图: 加法增加: 乘法减小: 快重传: 快恢复: 往返时延...
whq@buaa.edu.cn Chapter 5: outline 5.1 Introduction 5.2 Virtual circuit and datagram networks 5.3 IP: Internet Protocol Datagram format IP address 5.4 Other Protocol ARP and RARP ICMP Computer Network Copyright ? whq@buaa.edu.cn ICMP: Internet Control Message Protocol used by hosts routers to ...
Internetworking: An internetworking is the main responsibility of the network layer. It provides a logical connection between different devices. Addressing: A Network layer adds the source and destination address to the header of the frame. Addressing is used to identify the device on the internet....
The network layer is layer 3 in the OSI model, and it makes the Internet possible by connecting different networks. It is also called the Internet layer.
Secure Socket Layer (SSL): SSL is a standard encryption and security protocol. It provides a secure and encrypted connection between your computer and the target server or device that you accessed over the internet. Transport Layer Security (TLS): TLS is the successor to SSL, and provides a ...
22. application-layer message: data which an application wants to send and passed onto the transport layer; transport-layer segment: generated by the transport layer and encapsulates application-layer message with transport layer header; network-layer datagram: encapsulates transport-layer segment with ...
A computing network is a new information infrastructure that allocates and flexibly schedules computing, storage, and network resources among the cloud, edge, and device on demand.