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By concentrating attention on specific business processes and relevant technology assets, the disaster recovery team has a more manageable set of responsibilities and a far more cost-effective and feasible situation3 Prior to working with business owners, conducting a business impact assessment, or distributing questionnaires, the organization must assign the duty of the business continuity program to a permanent team The team should be sponsored by an executive who understands and embraces the operations resiliency need and communicates its importance to all personnel The sponsor also receives all reports regarding the identified critical assets, recovery times, and any negative findings in prior periods The delivery team should be made up of members from different departments A multidepartment team allows for easier interaction across the organization as well as exposure to more data sets and knowledge of more business functions.

Any vector u* which satis es this equation is called a xed point of A. If the mapping A is strictly nonexpansive, and there are two xed points u* and * v , then ju v j jAu Av j < ju v j 14:4-8

}; inline TridiagonalOperator::TridiagonalOperator(const TridiagonalOperator& L) { belowDiagonal_ = L.belowDiagonal_; diagonal_ = L.diagonal_; aboveDiagonal_ = L.aboveDiagonal_; doubleSetter_ = L.doubleSetter_; } /********************************************************************************** operator= : overloaded assignment operator Copies the elements of one Tridiagonal operator to another [in] Array from : array to copy from [out] TridiagonalOperator&: copy of tridiagonal operator **********************************************************************************/ inline TridiagonalOperator& TridiagonalOperator::operator=( const TridiagonalOperator& L) { belowDiagonal_ = L.belowDiagonal_; diagonal_ = L.diagonal_; aboveDiagonal_ = L.aboveDiagonal_; doubleSetter_ = L.doubleSetter_; return *this; } inline Size TridiagonalOperator::size() const { return diagonal_.size(); } inline bool TridiagonalOperator::isdoubleDependent() { return !doubleSetter_.isNull(); } // set values of rst row of matrix inline void TridiagonalOperator::setFirstRow(double valB, double valC) { diagonal_[0] = valB; aboveDiagonal_[0] = valC; } // set values of middle row of matrix inline void TridiagonalOperator::setMidRow(Size i, double valA, double valB, double valC) { QL_REQUIRE(i>=1 && i<=size()-2, out of range in TridiagonalSystem::setMidRow ); belowDiagonal_[i-1] = valA; diagonal_[i] = valB; aboveDiagonal_[i] = valC; } // set values of middle rows of matrix inline void TridiagonalOperator::setMidRows(double valA, double valB, double valC)

Once the team is in place, it needs to determine the current capacity and resources relating to disaster recovery purposes and any available documentation This part of the discovery phase does not define the scope or the direction of the team, but merely provides background on perceived needs.

The identity and type characteristics of an object are read only and are assigned when the object is created. Objects whose values can be changed without changing their identity are called mutable objects, and those whose values cannot be changed are called immutable objects. Some Python objects have multiple attributes and can store many data items. In addition, these objects might contain executable code that you can use to perform desired tasks. These built-in object types are files, functions, classes, modules, and methods. Although objects can store multiple data items, there are certain objects that store a value and have a single attribute. These objects are called variables.

This chapter covered a brief history and overview of the basic concepts of the JavaScript language. You learned to differentiate between JavaScript and Java. The chapter also showed how JavaScript works in the Netscape Navigator and Internet Explorer browsers. You also learned to write simple JavaScript code by embedding JavaScript statements in HTML documents. Next, you learned to hide JavaScript code from JavaScript incompatible browsers. In this way, you can display an alternative message by using the <NOSCRIPT> tag. In addition, you looked at the relevance of adding JavaScript comments to prevent a section of code from executing if you need to troubleshoot your script. Finally, you learned to include JavaScript code in an external file and generate HTML tags in JavaScript.

With a bit of creativity, you can create charts that you thought impossible with Excel. For example, Figure 17-7 shows a comparative histogram chart. Such a chart, sometimes known as a population pyramid, often displays population data.

mu[i] = log(0.5*exp(volsum1*sqrt(dt)*dt))*(0.5*exp(sqrt(2)*volsum2*sqrt(dt)*dt) + 0.5*exp(-sqrt(2)*volsum2*sqrt(dt)*dt)) + 0.5*exp(-volsum1*sqrt(dt)*dt) driftsum; } } // Now node_ptr is the pointer to the parent of the new node. Now determine where it will be inserted if (key < node_ptr->nodeKey) { node_ptr->up_childptr = new_ptr; curr_ptr = node_ptr->up_childptr; for (i = cnt; i <= N; i++) { curr_ptr->forwardRate[i] = node_ptr->forwardRate[i]*exp((mu[i]*dt - vol*exp(-lambda*i*dt)*sqrt(dt) sqrt(2)*vol1*exp(-lambda1*i*dt)*sqrt (dt))*dt); } } else if (key--node_ptr->nodeKey) { node_ptr->middle_childptr = new_ptr; curr_ptr = node_ptr->middle_childptr; for (i = cnt; i <= N; i++) { curr_ptr->forwardRate[i] = node_ptr->forwardRate[i]*exp((mu[i]*dt vol*exp(-lambda*i*dt)*sqrt(dt) +sqrt(2)*vol1*exp(-lambda1*i*dt)*sqrt(dt))*dt); } } else { node_ptr->down_childptr=new_ptr; curr_ptr=node_ptr->down_childptr; for(i=cnt;i<=N;i++) { curr_ptr->forwardRate[i]= node_ptr->forwardRate[i]*exp((mu[i]*dt-vol*exp (-lambda*i*dt)*sqrt(dt))*dt); } }