Business Intelligence with Microsoft Office PerformancePoint Server 2007 in Microsoft

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You can determine the encryption level of your system by starting Internet Explorer and selecting About Internet Explorer in the Help menu. From here, check the Cipher Strength value. If it is less than 128 bits, you need to obtain and install a high-encryption upgrade from the Microsoft website. Go to http:// www.microsoft.com/ and search for 128-bit or strong encryption. Download and install the upgrade. If you do not have Internet Explorer installed, or if you are not certain about the encryption level of your system, visit Microsoft s website at http://www.microsoft.com/ to install a service pack that provides 128-bit encryption. NOTE: The ICA Win32 clients support certificate key lengths of up to 4,096 bits. Ensure that the bit lengths of your Certificate Authority root and intermediate certificates and those of your server certificates do not exceed the bit length your ICA clients support. Otherwise, your connection may fail.

In the light of developments in numerical methods and computer techniques a more accurate analysis and design approach can be used: AASHTO LRFR rating procedures in place of LFD method State codes of practice using ultimate loads and probability approach Advanced methods of analysis and non-linear FEM New software applications Design methods for accelerated bridge construction Plan review check list and QC/QA document, e.g., used by NJDOT and Wisconsin DOT Use of context sensitive design (CSD).

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Network Type 10Base2 10Base5 10Base-T 100Base-ANYLAN Fast Ethernet FDDI TP-PMD[5] WAN voice WAN data Token-Ring 10Base-F Token-Ring FDDI[5] WAN data FDDI[5]

While Carrier Ethernet is very well positioned as the platform for delivering the nextgeneration of applications, it is important to understand that this automatically does not assure its growth, much less its dominance, especially in the future. There are several independent variables11 that will determine the outcome. Figure 16.6 shows a fairly comprehensive (though by no means exhaustive) set of eight variables12 that will, either directly or indirectly, influence the demand for Carrier Ethernet services; a straightforward diagrammatic technique derived from the field of Systems Dynamics13[1] is used for this purpose. A brief explanation is in order to illustrate this simple but powerful approach. Arrows are employed to indicate the relationship/influence that a variable has on other variables and/or directly on the demand itself. So arrows originating at each of the eight variables and terminating at one or more of the other variables indicate a direct relationship between the variables (and an indirect influence on the demand); arrows from each of the eight variables directly terminating in Carrier Ethernet Demand indicate the direct influence that the respective variable has on the demand.

From this expression, it is clear that power is dissipated regardless of the direction of motion since the damping force always acts to oppose the relative motion of the two moving parts in the damper. No power is dissipated when the system is at rest. Furthermore, the power dissipated depends only upon the velocity of the system and grows as the square of the velocity. Damping factors are the most dif cult to pin down in analysis. The choice of the value of a damping factor of 0.03 for structural damping and 0.04 to 0.08 for well-lubricated machine (closed lubrication) components is considered reasonable. For open lubrication systems the damping factors are higher depending on the contaminants. 11.5.2 Coulomb or Dry Friction In contrast to viscous friction, where the damping force depends upon the relative velocity between the two elements, friction between dry surfaces depends only upon the direction of the velocity and not its magnitude. The amplitude of the damping force is determined by the normal force at the interface and the coef cient of friction between the surfaces. For the system in Fig. 11.20, therefore, the damping force can be represented by F = mFn sgn(d ) (11.65)

Current practice: Inspection reports serve as the eyes and ears of the design engineer. Recommendations coming from the eld assessment are evaluated by rating analysis programs. FHWA rating criteria is generally used. Alternatives based on repair methods and cost consideration are studied before preparing rehabilitation designs and drawings. However, newer monitoring methods have emerged using remote sensors and robotics. Examples of other innovations are HPC and HPS materials, isolation bearings and scour countermeasures, LRFR methods, etc. The following questions need to be re-addressed in light of changing technology:

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