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Understand that as of today, the IPv6 support included with the security appliances is very limited Basically you can assign IPv6 addresses to interfaces, set up static IPv6 routes, filter IPv6 traffic with ACLs, and add IPv6 connections to the state table Many, many features are lacking, but I would expect at least the following to be added in the near future: Translating between IPv6 and IPv4 addresses and vice versa, as well as IPv6 to IPv6 addresses Dynamically routing IPv6 traffic Inspecting the same application layer payloads that IPv4 supports Failover support with IPv6 (currently only IPv4 is supported) IPv6 anycast addresses

The schedule for the multiplier is as follows: Gross Margin 23% 24% 25% 26 % 27% 28% 29% 30% 31% Multiplier of Commission Dollars 70% 80% 90% 100% 1086% 1172% 1258% 1344% 1430%

One way of ensuring that the relation r can be reconstructed is to include the primary-key attributes of R in each of the Ri More generally, any superkey can be used It is often convenient to add a special attribute, called a tuple-id, to the schema R The tuple-id value of a tuple is a unique value that distinguishes the tuple from all other tuples The tuple-id attribute thus serves as a candidate key for the augmented schema, and is included in each of the Ri s The physical or logical address for a tuple can be used as a tuple-id, since each tuple has a unique address To illustrate vertical fragmentation, consider a university database with a relation employee-info that stores, for each employee, employee-id, name, designation, and salary For privacy reasons, this relation may be fragmented into a relation employee-privateinfo containing employee-id and salary, and another relation employee-public-info containing attributes employee-id, name, and designation These may be stored at different sites, again for security reasons The two types of fragmentation can be applied to a single schema; for instance, the fragments obtained by horizontally fragmenting a relation can be further partitioned vertically Fragments can also be replicated In general, a fragment can be replicated, replicas of fragments can be fragmented further, and so on

When setting up processing of IPv6 addresses, each interface that will handle IPv6 traffic minimally needs a link-local address; optionally you can add a global address on the interface The following three sections cover the three methods of assigning an IPv6 address to an interface: autoconfiguration of IPv6 addresses, manual link-local IPv6 addresses, and manual global IPv6 addresses NOTE The security appliances support dual-stacking: you can have both IPv6 and IPv4 addressing configured on the same interface Note that you ll need routing configured for both protocols to reach subnets and networks the appliance is not connected to

The user of a distributed database system should not be required to know either where the data are physically located or how the data can be accessed at the speci c local site This characteristic, called data transparency, can take several forms: Fragmentation transparency Users are not required to know how a relation has been fragmented Replication transparency Users view each data object as logically unique The distributed system may replicate an object to increase either system per-

Stateless autoconfiguration of IPv6 addresses on an interface allows the appliance to learn the 64-bit prefix address from a router advertisement message and to use the EUI-64 method to obtain the last 64 bits of the address, which include the MAC address of the interface in the EUI-64 portion Autoconfiguration creates a link-local address on the specified interface To use the autoconfiguration method on an interface, use the following configuration:

The McGraw Hill Companies, 2001

NOTE Autoconfiguration is the simplest method of assigning an IPv6 address on an appliance interface

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