normal mode, ^ (alert) triggers response mode if Count(alerts) t in Visual Studio .NET

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normal mode, ^ (alert) triggers response mode if Count(alerts) t
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This policy states that the event response_mode is triggered when the number of alerts is larger than t within the prespeci ed period of time An example of a policy rule as de ned earlier is the following:
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response_mode causes Raise_Infocon
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This example rule speci es that, if the response_mode event is triggered (as de ned in the policy-de ned event policy discussed earlier), then the action Raise_Infocon is applied Such action may result for example in higher authentication being required before any actions are allowed by the system More elaborate policies are discussed in [109] 624 Distributed Policy Management Architecture
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Management of large networks is not usually possible from a single network management system because a single system will need to maintain a large quantity of data Further, the
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62 POLICY-BASED NETWORK MANAGEMENT
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number of functions that the single system will need to perform may require a very large amount of CPU processing Traditional network management systems distribute the management functions to several systems and usually multiple layers of management Unique characteristics of wireless ad hoc networks also make it necessary to distribute the network management functions Depending on the speci c application that the wireless ad hoc network is used for, additional requirements may exist that mandate a distributed architecture and potentially drive the implementation of a speci c distributed architecture For example, for military applications, wireless ad hoc networks often need to be divided into domains corresponding to speci c military units Brigades usually have their own network and therefore typically require their own network management system It is also possible that individual companies in a brigade may require their own network management system, especially if the company will often be disconnected from the rest of the brigade This is to allow the company to manage its own network while it is disconnected from the brigade Designing an effective distributed architecture for the speci c application that is supported by the network is a challenging problem that involves many trade-offs There are two general approaches that have been proposed for distributing the network management functions:
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In the peer-to-peer architecture, the network is divided into domains and each domain is managed by a single network management system that is fully independent from the network management systems in the other network domains Coordination among network management systems in different domains may not be possible or may not be allowed because the different domains may belong to different administrative entities Coordination among the network management systems in each domain may only be allowed if it bene ts both domains In the hierarchical architecture also, the network is also divided into domains Each domain has its own management system but each system is not independent of the others In the hierarchical architecture there is a management system that is at the top of the hierarchy and all other systems are subordinate to that system Distribution of the network management functions is driven from the top of the hierarchy such that policy enforcement is accomplished across the whole network and is implemented such that it bene ts the entire network
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We now describe each of these two approaches in more detail 6241 Peer-to-Peer Architecture In the peer-to-peer architecture, a policy manager is responsible for managing a single network domain The domain may include just a single network device or several network devices that are connected together The policy manager includes the policy management tool, the policy decision point, and the policy repository functions of the PBNM architecture described earlier Policy managers of different domains may need to coordinate for supporting policies that span multiple domains For example, when a link connecting two domains fails, then policy managers of both domains need to coordinate in order to decide how the traf c should be shared among the available links connecting the two domains When an intrusion is detected, the policy manager of the domain where the attack is detected may notify Policy Managers in other domains of the attacker in case the attacker tries to launch an attack in other domains
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