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The very same issues exist here as with routers One needs to have compatible (preferably the same vendor s) firewalls at each location Mobile users or telecommuters must have compatible VPN software Firewalls are always potential bottlenecks, so asking them to perform VPN encryption can adversely affect all other access to your network Here again, there is no substitute for traffic analysis We only recommend this solution for small networks where the traffic through the firewall can easily be handled by the firewall hardware Figure 3-3 shows a stand-alone firewall hardware that filters all traffic into our network, in addition to VPN functionality

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The selected form template is listed on the left side of this dialog box The form template CorpBgt2008 is selected for the purpose of the examples in this chapter Creation of this form template is discussed in a later section of this chapter In the next Submission Period page of the Create an Assignment Definition wizard, the developer can select the priority, start, and end dates for submission, as well as the no-submission options The default options on this page are selected for the purpose of the examples in this chapter In the Review and Approval page of the wizard, the required workflow for the data submission can be selected Depending on the option selected in this page, a submission may go through a review and approval process, or may go through no additional review or approval process The Review and Approval option is selected for the examples in this chapter The next page in the wizard depends on the options selected in the previous Review and Approval page If the Review Only or the Review and Approval options are selected, the next page will be the Review page Adding any combination of Business Users and Business Roles as Reviewers is similar to adding Contributors,

SONET also defines a frame format in which to produce the basic rate of 5184 Mbps (the STS-1) Each of the additions to the multiplexing rates is a multiple of the STS-1 The basic format consists of a frame that is 80 bytes (columns) wide and 9 bytes high (rows) The basic STS-1 signal is then applied into this 810-byte frame The frame is shown in Figure 27-1 The frame will occur 8,000 times per second If we calculate the math on this we have the following:

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From the 810-byte frame, overhead is allowed in several ways to handle the Operations, Administration, Maintenance, and Provisioning services ( OAM&P ) The first part of the overhead is defined as the transport overhead The transport overhead uses the first three columns and all nine rows This creates 27 bytes of transport overhead As shown in Figure 27-2 , the transport overhead is divided into two pieces The first three columns and the first three rows (9 bytes) are used for section overhead The remaining six rows in the first three columns (18 bytes) are used for line overhead

Data Sources and Scorecards Creating and Modifying KPIs Reports and Strategy Maps Dashboards Putting it All Together Summary

Appendix B:

Figure 27-2: The transport overhead is divided into section and line overhead The remaining 87 columns and 9 rows (783 bytes) are designated as the Synchronous Payload Envelope (SPE) Inside the SPE, an additional one column, nine rows high (9 bytes) is set aside for Path Overhead This is shown in Figure 27-3 After the Path Overhead is set aside, the resultant payload is 774 bytes In these 774 bytes, the services are then mapped into the frame The STS-1 payload can carry the following: