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using Optimization::PositiveConstraint; using Optimization::BoundaryConstraint; /********************************************************************************** G2 : constructor [in]: RelinkableHandle<TermStructure>& termStructure : term structure double a : drift of x process double sigma : volatility of x process double b : drift of y process double eta : volatility of y process double rho : correlation between Brownian motions of x and y processes **********************************************************************************/ G2::G2(const RelinkableHandle<TermStructure>& termStructure, double a, double sigma, double b, double eta, double rho) : TwoFactorModel(5), TermStructureConsistentModel(termStructure), a_(arguments_[0]), sigma_(arguments_[1]), b_(arguments_[2]), eta_(arguments_[3]), rho_(arguments_[4]) { a_ = ConstantParameter(a, PositiveConstraint()); sigma_ = ConstantParameter(sigma, PositiveConstraint()); b_ = ConstantParameter(b, PositiveConstraint()); eta_ = ConstantParameter(eta, PositiveConstraint()); rho_ = ConstantParameter(rho, BoundaryConstraint(-1.0, 1.0)); generateArguments(); } /********************************************************************************** dynamics : returns short rate dynamnics of G2 model [in] : none [out] : Handle<TwoFactorModel::ShortRateDynamics> : G2 short rate dynamcs **********************************************************************************/ Handle<TwoFactorModel::ShortRateDynamics> G2::dynamics() const { return Handle<ShortRateDynamics>(new Dynamics(phi_, a(), sigma(), b(), eta(), rho())); } /********************************************************************************** generateArguments: assign tting parameter to phi [in] : none [out] : none **********************************************************************************/ void G2::generateArguments() { phi_ = FittingParameter(termStructure(), a(), sigma(), b(), eta(), rho()); } /**********************************************************************************

Note that SOAP is not a programming language or a business application component for building business applications. SOAP is intended for use as a portable communication protocol to deliver SOAP messages, which have to be created and processed by an application. In general, SOAP is simple and extensible by design, but unlike other distributed computing protocols, the following features are not supported by SOAP:

Data mining is being increasingly used to solve a variety of business and scienti c problems. Ideally, its use is tied to achieving speci c strategic objectives, such as developing a more personalized relationship with existing customers. It should also be well integrated within new or existing business processes, which are generally accepted. Careful consideration should be given to what and how speci c information is collected, potentially utilizing a data warehouse to store this decision-support repository. Which data mining methods are used is just one issue within a host of concerns that need to be addressed. It is also important to address how the results are communicated and used, such as through an embedded system, the generation of reports, or through online tools. Continually monitoring the business impact of the data mining exercise is critical to ensuring the success of any project. Those organizations that are using data mining within this context are seeing a signi cant return on their data mining investment. A review of how data mining is being used across a broad range of industries indicates a number of common problems are being addressed. Data mining applications are now commonly used to accomplish the following:

LSPs discussed at the beginning of the section, because in this case LDP traffic is forwarded over the RSVP tunnel only following a failure, whereas in the one-hop RSVP LSP case, LDP traffic is always tunnelled in RSVP The tunnel-based approach can provide protection for both link and node failures However, to provide node protection, the label used at the MP must be known to the PLR, as discussed in Section 37 For RSVP FRR, this label was learned from the Record Route Object For LDP, new procedures must be set in place to advertise this label from the MP and the PLR Different methods to do so were discussed by the MPLS Working Group in the IETF, but no solution has yet been adopted.

The Tomcat Administration Tool is a great improvement over the old means of configuring Tomcat by editing configuration files. To start the Admin utility first make certain that Tomcat is running, and then enter the following URL into the browser.

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The tunnel-based approach is very attractive because it relies on the same elements that have been deployed and are proved to be working for RSVP FRR However, is it really all this simple For it to work, traffic must reach the PLR For RSVP LSPs, this is guaranteed, because the traffic is source routed and follows a pre-established path that is not influenced by routing changes Unfortunately with LDP this is not the case, as LDP paths track IP routing Changes in IP routing as the network reconvergences following the link failure may cause the traffic never to reach the beginning of the bypass tunnel, which is similar to the situation described in Section 35 for Figure 32 To recap, before the failure the route from node S to node D is through node R1 and the route from node R3 to D is through node S.

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