Introduction to data communications and networking
Introduction to data communications and networking
Introduction to data communications and networking
This note
covers network fundamentals, Signals, Bandwidth, Network models, TCP or IP
model, addressing TCP or IP, Information encoding, Errors, Detection and
correction, Signal encoding, Transmission modes and impairments, Transmission
medium, Network topologies, Introduction to routing, Switching concepts and
introduction to IP.
This note
covers network fundamentals, Signals, Bandwidth, Network models, TCP or IP
model, addressing TCP or IP, Information encoding, Errors, Detection and
correction, Signal encoding, Transmission modes and impairments, Transmission
medium, Network topologies, Introduction to routing, Switching concepts and
introduction to IP.
This page covers the following topics related to Computer Networking :
Computer Networks and the Internet, Application Layer, Transport Layer, The
Network Layer, The Link Layer and Local Area Networks, Wireless and Mobile
Networks, Multimedia Networking, Security in Computer Networks, Network
Management.
Author(s): John Bell, University of Illinois
Chicago
This book focuses on the issues at the
lowest two layers of communications and networking and provides recent research
results on some of these issues. This book covers a wide range of interesting
topics of communications and networking. The introductions, data, and references
in this book will help the readers know more abut this topic and help them
explore this exciting and fast-evolving field.
This lecture note covers the following topics: Internet
architecture, layering, end-to-end arguments, TCP/IP architecture, TCP
congestion control, Beyond TCP congestion control, Router support for congestion
control, Intradomain Routing, Router architecture; packet lookup and
classification, Interdomain Routing, Multicast, Internet measurements, Malware,
DHT Applications, Sensornets and Internet Architecture.
This course note introduces basic
elements of modern computer and telecommunication networks. A hybrid five-layer
reference model resembling the popular TCP/IP model will be discussed. Major
topics covered includes: Network Programming, The application layer, The
transport layer, The network layer and The link layer.
This note covers the following
topics related to Computer Networks: Layered network architecture, ARQ
retransmission strategies, delay models for data networks, multiaccess
communication, routing, congestion control and addressing.