The Linux TCP/IP Stack: Networking for Embedded Systems

  • 8h 33m
  • Thomas F. Herbert
  • Cengage Course PTR
  • 2004

The Linux TCP/IP Stack: Networking for Embedded Systems provides an in-depth guide to implementing and using the Linux TCP/IP stack in embedded systems projects. It begins with a general overview of TCP/IP networking, with background information on applicable networking standards. From there, it details the TCP/IP implementation in Linux 2.6 by following a packet of data as it flows through the stack from the sending system, out the wire, and back through the input side of the stack in the receiving machine. This unique approach gives programmers an "inside" look at the entire process.

Throughout the text, topics of particular interest to engineers implementing embedded systems are discussed, such as sockets, network interfaces, application layer protocols, and practical considerations. This is a great resource for embedded systems programmers and engineers, as well as networking professionals interested in learning more about the implementation of Linux TCP/IP in the 2.6 kernel.

KEY FEATURES

  • Discusses key topics for embedded systems such as real-time requirements, the Linux IPv6 implementation, and how Linux TCP/IP is interfaced to diverse drivers and protocols
  • Provides embedded systems engineers, protocol writers, network device driver writers, and others interested in Linux networking with an in-depth guide to how TCP/IP works
  • Answers detailed networking questions by focusing on the internal operations and structure of the Linux TCP/IP stack—not just applications programming

In this Book

  • The Linux TCP/IP Stack—Networking for Embedded Systems
  • Introduction
  • Broadband Networking Protocols of Yesterday and Today
  • TCP/IP in Embedded Systems
  • Linux Networking Interfaces and Device Drivers
  • Linux Sockets
  • The Linux TCP/IP Stack
  • Socket Buffers and Linux Memory Allocation
  • Sending the Data from the Socket through UDP and TCP
  • The Network Layer, IP
  • Receiving Data in the Transport Layer, UDP, and TCP
  • Internet Protocol Version 6 (IPv6)
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