The Linux TCP/IP Stack - Volume 5

Curriculum Design and Instruction To Teach

LINUX TCP/IP Networking For Embedded

Systems 2E: The Linux TCP/IP Stack:

Volume 5:


Author: Charles Hayes:


Linux (IPA pronunciation: /ˈlɪnʊks/) is

a Unix-like computer operating system.

Linux is one of the most prominent examples

of free software and open source development;

its underlying source code can be modified,

used, and redistributed by anyone, freely.

The Linux kernel was first released to the

public on 17 September 1991, for the Intel

x86 PC architecture. The kernel was augmented

with system utilities and libraries from the

GNU project to create a usable operating system,

which later led to the alternate term GNU/Linux.

Linux is now packaged for different uses in Linux

distributions, which contain the kernel along with

a variety of other software packages tailored to

requirements.

Predominantly known for its use in servers, Linux

has gained the support of corporations such as

IBM, Sun Microsystems, Hewlett-Packard, and

Novell, and is used as an operating system for a

wide variety of computer hardware, including

desktop computers, supercomputers, and

embedded devices such as mobile phones and

routers.







Special Features Of The Curriculum

Design and Instruction Include:

* Phases For Conducting a Needs Assessment:

* Curriculum Design Supplement:

* |a|. Subject-Questions-Answers:

* Curriculum Design Plan:

* Curriculum Design Goals:

* Curriculum Design Objectives:

* Instructional Goals:

* Instructional Objectives:

* Instructional Activities:

* Instructional Evaluation Techniques:

* Lesson Plans:

* Standard Vocabulary:

* Learning Objectives:

* A Limited Glimpse:




Topics Include:

* Introduction:

@ The Linux TCP/IP Stack:

1. Introduction:

2. Glue and Infrastructure:

3. Linux TCP.IP Stack Initialization:

4. Kernel Threading:

5. Packet Queuing Layer and Queuing

Disciplines:

6. Receiving Packets in Packet Queuing

Layer, NET_RX_SOFTIRQ:

6. Transport Layer De-Multiplexing and

Internal Packet Routing Cache Rich:

7. In_device Structure for IPv4 Address

Assignment,

Multicast and Configuration:

8. Security, Stackable Destination,

and XFRM:

9. Some Practical Considerations:

10. Summary:

* STATE OF THE ART CURRICULUM DESIGN:

* NEW:

* ILLUSTRATIONS

* PHOTOS:

* BIBLIOGRAPHY:

* REFERENCES:

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