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In addition to these, availability is an extremely important security feature: authorized access to data and services is always possible. Indeed, it would be simple to create a very secure system or service if we ignore the requirement for availability. The following security requirements are taken from 3GPP TS 21.133. These serve here as examples of technical security requirements for services. 8.1.1.1 Requirements on secure service access A valid USIM (UMTS Subscriber Identity Module) shall be required to access any 3G service except for emergency calls where the network should be allowed to decide whether or not emergency calls should be permitted without a USIM. R1b It shall be possible to prevent intruders from obtaining unauthorized access to 3G services by masquerading as authorized users. R1c It shall be possible for users to be able to verify that serving networks are authorized to offer 3G services on behalf of the user s home environment at the start of, and during, service delivery. R1a

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Multicast Addressing. As stated in 10, IPv6 uses particular blocks of addresses for particular functional elements. One such functional element is multicast and the address FF00::0/8 has been assigned to multicast. Multicast Listener Discovery. IPv6 does not use IGMP. Instead, a new protocol has been de ned with similar functionality. This protocol is Multicast Listener Discovery (MLD). MLD, like IGMP, has already spawned two versions. Version 1 of MLD is somewhat analogous to IGMPv2, providing the host with the ability to identify the group it wishes to join. Version 2 of MLD is analogous to IGMPv3, which adds the ability to identify not only the group but also the source the host wishes to join. Multicast Routing Protocols. IPv6 uses the same multicast routing protocols as IPv4. The massive address space associated with IPv6 multicast addresses (2128 1 group addresses) exacerbates the problems experienced with multicast and IPv4. Dense mode routing protocols are likely to suffer from the problems associated with large numbers of groups repeatedly ooding and being pruned and the amount of state it is necessary to keep. For sparse mode protocols, speci cally PIM-SM, scaling the RP presents a real problem with so many groups being sourced by a similarly vast number of sources. Source Speci c Multicast (SSM) would certainly help in this case because it removes the need for the RP. However, using SSM also requires vast amounts of state to be stored on each device in the network. Since each source can transmit on 2128 1 channels, the bene ts of not having to maintain a RP are potentially overridden because every router has to deal with the same amount of state as the RP.

Polymers (chain or lightly crosslinked) are often said to be viscoelastic materials possessing some characteristics of both liquids and solids. Although the methods of study are analogous to organic polymers and will not be dealt with here in any detail, a number of concepts and de nitions are important for anyone studying polymeric molecules. Polymers do not behave in exactly the same way that normal solids and liquids do. They can be stretched (i.e., change shape like a liquid) when a force is applied. When the force is released, they return to their original shape like a solid. The stiffness of a polymer can be evaluated quantitatively. The modulus of elasticity (E ), also called the tensile modulus, Young s modulus, or just modulus, is based on the magnitude of the applied force per cross-sectional area or tensile stress ( ) that produces an induced stretch or tensile strain ( ). Tensile strain ( ) is the change in length ( l ) divided by the original length (l ): D l /l Together, E D / 3.48 3.47

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