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There are three types of wireless radio networks: low-power single frequency, highpower single frequency, and spread spectrum Low-power single frequency covers an area of 30 meters, which is about the area of a small building such as a warehouse or a stock exchange trading floor A high-power single frequency wireless radio network can cover a metropolitan area Both low-power single frequency and high-power single frequency radio networks are exposed to the same security risk Anyone tuned into the radio frequency receives the transmitted signal Therefore, all transmissions must be encrypted to hinder eavesdropping on the signal A spread-spectrum wireless radio network uses multiple frequencies to transmit a signal using either direct sequence modulation or frequency hopping Direct sequence modulation breaks down information into parts and then simultaneously transmits each part over a different frequency The receiver must tune to each frequency to receive each part, then reassemble parts into the full message Frequency hopping transmits information rotating among a set of frequencies The receiver must be tuned to each frequency according to the transmission rotation Most radio frequencies are controlled by the Federal Communications Commission and require an FCC license before a wireless radio network can be established

various parts of the Internet network, and therefore packets addressed to these multicast groups must be routed by routers The problem of multicast routing in IPv6 is similar to that in IPv4, with the following main differences: In IPv4, members of groups are administered with a specific protocol called Internet Group Membership Protocol (IGMP)23, which in IPv6 became an integrated part of ICMPv6 (see Section 563) while maintaining the same functions In IPv4, multicast packets are routed by two alternative protocols: the Distance Vector Multicast Routing Protocol (DVMRP) standardized in RFC 107524, or the Multicast OSPF (MOSPF) consisting of extensions to the protocol OSPF standardized in RFC 158425 to deal with multicast packets In IPv6, the MOSPF extension became an integrated part of OSPFv611 In summary, to route multicast packets, we must create a distribution tree (multicast tree) to reach all members of the group The tree is clearly dynamic because new members can join the group, and existing members can leave it at any moment The addition of members typically induces growth of the tree; whereas members leaving the group potentially prunes the tree Therefore, the multicast routing problem turns out to be an integrated part of IPv6 and, in particular, of ICMPv6 and OSPFv6 protocols

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Radio transmitters send one message at a time over a communications channel This is similar to sending one telephone call at a time over a telephone line Each telephone call is placed in a queue while waiting for the current telephone call to end As you can imagine, telephone calls could easily back up whenever there are more calls than there are empty telephone lines Digital radio networks use packet switching technology to transmit multiple messages simultaneously over a communications channel Each message is divided into small pieces and placed in an electronic envelope called a packet (Figure 2-8) A packet contains information that identifies the sender and the receiver, a digitized portion of the message, the sequence number of the packet, and error-checking information To reassemble

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Figure 2-8

Finally, consider turning off any graphical navigation bars or buttons when styling a printed version of the page Not only do web navigation bars typically print poorly, but they are frequently of no use to the reader of a printed page

packets, the receiver uses the packet sequence number A transmitter continuously sends packets from multiple messages over a communications channel Packet switching technology is more efficient than traditional transmission methods because packet switching utilizes pauses in a transmission to send packets A transmission pause is caused when a message isn t ready for transmission This is similar to a pause in a telephone conversation Software running on the transmitter manages multiple outgoing messages to assure that each message is divided and placed into packets and the packets are transmitted Software running on the receiver manages incoming packets, reconstructs packets into original messages, and forwards messages to the appropriate application software for future processing

The standard font measurement for printed pages is points Therefore, if you used another measurement for your screen pages, such as pixels, be sure to change that for your printerspecific style sheet

Many organizations, while deciding to implement networks based on the IP protocol, don t want to be interconnected to the Internet or want to have extremely controlled access to the Internet These organizations implement Intranets, which are private networks based on the Internet model (see RFC 191826, even if relevant to IPv4) The configuration of Intranet networks is hugely simplified in IPv6, from the addressing point of view, because assigning site local addresses to the private part of a network is sufficient (see Section 465) The public part has, on the other hand, provider-based global addresses Figure 7-8 shows an example of Internet/Intranet configuration To communicate between the public and the private part, a consolidated technical solution is used; it provides the installation of application gateways (for example, for the electronic mail) and proxy servers (for example, for WWW, FTP, and Telnet) on public hosts

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