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Digital systems are designed to store, process, and communicate information in digital form They are found in a wide range of applications, including process control, communication systems, digital instruments, and consumer products A digital computer, more commonly called simply a computer, is an example of a typical digital system A computer manipulates information in digital or more precisely, binary form A binary number has only two discrete values: zero or one Each discrete value is represented by the OFF and ON status of an electronic switch called a transistor All computers understand only binary numbers Any decimal number (base 10, with ten digits from 0 to 9) can be represented by a binary number (base 2, with digits 0 and 1) The basic blocks of a computer are the central processing unit (CPU), the memory, and the input/output (UO).

The tunneling process involves three distinct steps: encapsulation, decapsulation, and tunnel management. At the encapsulating node (or tunnel entry point), the IPv4 header is created and the encapsulated packet is transmitted. At the decapsulating node (or tunnel exit point), the P v 4 header is removed and the IPv6 packet is processed. In addition, the encapsulating node may maintain configuration information regarding the tunnels that are established, such as the maximum transfer unit (MTU) size that is supported in that tunnel. RFC 2893 defines four possible tunnel configurations that could be established between routers and hosts: Router-to-Router: IPv6/IPv4 routers that are separated by an IPv4 infrastructure tunnel IPv6 packets between themselves. In this case, the tunnel would span one segment of the packet s end-to-end path. Host-to-Router: An IPv6/IPv4 host tunnels IPv6 packets to an IPv6/IPvit router that is reachable via an IPv4 infrastructure. In this case, the tunnel would span the first segment of the packet s end-to-end path.

he DVD and CD that accompany Linux Bible 2007 Edition contain a variety of Linux systems that you can use. Some of these Linux systems can be booted and run live, while others can be used to install a Linux system permanently to hard disk. Some can do both. Most of the Linux systems included here are slightly remastered versions of official live and installation CDs that come from different Linux projects. Changes made to those CDs were made exclusively to allow each to be booted from a single boot screen on the DVD or CD. Once you have selected a Linux to start up, however, it should behave exactly as the original CD from the selected Linux project. General information on running live or installing the various Linux distributions on the CD and DVD is in 7. Specific instructions for using and installing each Linux distribution are contained in the other chapters in Part III (see s 8 through 19).

The CPU of a computer is basically the same as the brain of a human being; so computer memory is conceptually similar to human memory A question asked of a human being is analogous to entering a program into a computer using an input device such as a keyboard, and a person answering a question is similar in concept to outputting the program result to a computer output device such as a printer The main difference is that human beings can think independently, whereas computers can only answer questions for which they are programmed Computer hardware includes such components as memory, CPU, transistors, nuts, bolts, and so on Programs can perform a specific task, such as addition, if the computer has an electronic circuit capable of adding two numbers Programmers cannot change these electronic circuits but can perform tasks on them using instructions.

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