Data Communication, Computer Networks and Open Systems (4th Edition) (4th Edition)

Author: Hal
Publisher:
Publish Date: 2004-01-01
Features: In this book, the author provides clear and thorough explanations of complex data communication and computer network technologies based on years of research and teaching experience. The 4th edition of this book introduces new technologies in the fields of data communication, computer networks, and open systems, reflecting the latest advancements in the field. Both students and professional technicians can benefit greatly from it. This book is suitable as a textbook for undergraduate and graduate students in computer science, communication, electronic engineering, and related fields, as well as a reference for technicians in related fields. The important topics covered in this book include:
● Basic theories of digital transmission
● Digital leased circuits, including PDH, SONET, and SDH
● Protocol fundamentals, including protocol specifications and implementation methods
● Legacy LANs and wireless LANs
● High-speed LANs, including 100BaseT and 100VGAnyLAN
● Transparent source routing bridges
● Packet-switching and frame relay networks, along with the protocols used
● Multiservice broadband networks, including ATM LANs and MANs
● Internetworking architecture, protocols, and routing algorithms
● TCP/IP and OSI application protocols, including X.400 and X.500
● Data encryption and network security algorithms
● Network management architecture, including SNMP and CMIP
This is a highly influential textbook on computer communication and networks, providing a comprehensive introduction to major advancements in the field of data communication, especially in computer networks, in recent years. The book is divided into three relatively independent parts: Data Communication, Computer Networks, and Open Systems.
Part I primarily discusses the basic issues of data conversion in serial data links; Part II discusses computer networks and describes the operations of different types of computer networks; Part III introduces the operation of additional protocols.