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Typically, the membership of a host group is dynamic; that is, hosts may join and leave groups any time There is no restriction on the location or number of members in a host group A host may be a member of more than one group at a time A host does not have to be a member of a group to send datagrams to it A host group may be permanent or transient A permanent group has a well-known, administratively assigned address It is the address not the membership of the group that is permanent; at any time, a permanent group may have any number of members, even zero Those IP multicast addresses that are not reserved for permanent groups are available for dynamic assignment to transient groups, which exist only as long as they have members The use of multicasting within a network has many benefits.

Fig. 9.3 Patterns of groundwater pollution associated with various point sources. (a) A typical plume, such as from downstream of soakaways and land lls. (b) LNAPL pollution downstream of a LUST, with oating free product on the water table and dissolution of BTEX compounds into the underlying saturated zone. (c) DNAPL sinking through an aquifer to form pools on top of the basal aquitard, whence VOCs dissolve into the water column. (Abbreviations are all de ned in Section 9.3.3 of the text.)

Multicasting reduces the communication costs for applications that send the same data to multiple recipients Instead of sending via multiple unicasts, multicasting minimizes the link bandwidth consumption, sender and router processing, and delivery delay [2] In addition, multicasting provides a simple yet robust communication mechanism whereby a receiver s individual address is unknown or changeable transparently to the source Maintaining group membership information and building optimal multicast trees is challenging even in wired networks However, nodes are increasingly mobile One particularly challenging environment for multicast is a mobile ad hoc network (MANET) A MANET consists of a dynamic collection of nodes with sometimes rapidly changing multihop topologies that are composed of relatively low-bandwidth wireless links There is no assumption of an underlying fixed infrastructure Nodes are free to move arbitrarily Since each node has a limited transmission range, not all messages may reach all the intended hosts.

Fax: 804 271 7791 Web site: www.wakousa.com Worthington 730 Vassar Avenue, Lakewood, NJ 08701 Phone: 732 942 1660 Fax: 732 942 9270 Web site: www.worthington-biochem.com Zeiss Microscope Division, One Zeiss Dr., Thronwood, NY 10594 Phone: 914 747 1800; 1800 233 2343 Fax: 914 681 7446 E-mail: micro@zeiss.com Web site: www.zeiss.com/ Zimmer Corporation P.O. Box 708, 1800 West Center Street, Warsaw, IN 46581-0708 Phone: 800 613 6131 Fax: 574 372 4988 Zymed Laboratories Inc. 458 Carlton Court, South San Francisco, CA 94080 Phone: 800 874 4494 Fax: 415 871 4499 E-mail: tech@zymed.com Web site: www.zymed.com

To provide communication through the whole network, a source-to-destination path could pass through several intermediate neighbor nodes Unlike typical wireline routing protocols, ad hoc routing protocols must address a diverse range of issues [3] The network topology can change randomly and rapidly, at unpredictable times Since wireless links generally have lower capacity, congestion is typically the norm rather than the exception The majority of nodes will rely on batteries, thus routing protocols must limit the amount of control information that is passed between nodes The goal of MANETs is to extend mobility into the realm of autonomous, mobile, wireless domains, where a set of nodes form the network routing infrastructure in an ad hoc fashion The majority of applications for the MANET technology are in areas where rapid deployment and dynamic reconfiguration are necessary and the wireline network is not available [3].