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Clientless is a misnomer for the first access method, since a web browser is used as a client ; however, Cisco and other vendors use this term to describe a special client that doesn t need to be installed on the user s desktop: the assumption is that a web browser is already there. Cisco clientless implementation supports Windows 2000, XP, and Vista, as well as Linux and the Mac OS, where language localization can be easily integrated into the access. With clientless mode, only web-based applications are protected, with no protection for most non-web-based applications. In clientless mode, the SSL gateway acts as a proxy for the user when accessing resources behind the SSL gateway. The Cisco implementation supports proxying for HTTP, HTTPS, IFS Windows file share (CIFS, or Common Internet File Services), and e-mail (POP3S, SMTPS, and IMAP4S).
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Figure 28.7 Techniques for measurement of polarization-dependent loss: (a) polarization search technique, and (b) matrix technique.
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The where clause stipulates that any type argument specified for T must have MyStrMethods as a base class. Test defines an instance variable called obj, which is of type T, and one constructor. These are shown here:
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RFC 2212 defines guaranteed service. This service involves two parts: first, ensuring that there will not be any packet loss, and second, ensuring minimal delay. Ensuring that there will not be any loss is a function of the token bucket depth (b) and token rate (r) specified in the TSpec. At a given router, provided that buffer space of value b is allocated to a given flow and that a bandwidth of r or greater is assigned, then no loss should be experienced. Delay is a function of two components. The first is a fixed delay due to processing within the individual nodes and is only a function of the path taken. The second component of delay is the queuing delay within the various nodes. Let us assume that a given node supports a token bucket model (b, r) and offers a given stream a bandwidth of R for a particular flow. If R is less than r, then the token bucket algorithm will not introduce any queuing delay, because the rate of tokens supplied to the token bucket will exceed the rate of the incoming data flow. If R is greater than or equal to r, then the token bucket can introduce a queuing delay. The delay in such a case is bounded by b/R. In reality, other queuing delay components will also play a part: C and D. C is a rate-dependent error term and represents the delay that a flow might experience as a function of the rate of the flow. For example, C/R could represent the delay involved in breaking up a datagram into the payload of Asynchronous Transfer Mode (ATM) cells. D is a fixed delay term within the node itself, not dependent on the rate. C is measured in bytes and D is measured in microseconds. A node that provides guaranteed service must ensure that the total delay is less than b/R C/R D. Recall that the ADSpec can contain a guaranteed service object. This object has the form shown in Figure 8-14. One can see that the object includes cumulative values for C(tot) and D(tot). In addition, values of C and D since the last traffic-reshaping point in the path are also included. Traffic reshaping involves buffering at a node in the network to correct deviations from the original TSpec in the received data. This buffering is set
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Connecting to the HAI System
Fig. 1.39
Live Framework
Interface monitoring is used to monitor the status of any of the data or stateful link interfaces on the appliance. Failover hello messages are generated on all active interfaces. These are the same messages used on the failover link connection. Up to 250 interfaces can be monitored per appliance. If a hello message from a mate is not seen on a monitored interface for one-half the hold-down period, the appliance will run interface tests on the suspect interface to determine what, if any, problem exists. The purpose of the interface tests is to determine which unit, if any, has had a failure. Before each test begins, the received packet count statistic is cleared on the interface. At the conclusion of each test, each appliance checks to see if any valid frames/packets were received; and if so, the interface is considered operational. If no traffic is seen for a particular test, then the appliance proceeds to the next test. The four interface tests that the appliance may run include the following: Link up/down test The suspect interface is disabled and re-enabled, where normal interface hardware diagnostics are run. Network activity test The appliance looks for valid frames coming into the interface for up to 5 seconds.
Best Practice Variance
When you sign up with an ISP for a dial-up account, you can get access for anywhere between US$10 and US$25 per month, depending on the company and the number of hours you plan to use. However, pricing schemes ramp up sharply when you have a broadband connection generally about US$30 per month more. There is a question you must ask yourself, in the context of both your Internet access and Smart Home needs: Is a high-speed connection worth that extra charge
Once the calculations are made, the receiving-antenna speci cations will be known. Now the decision can be made as to the antenna size, the lownoise block down-converter (LNBC), and the type of feed-mount and leadin cable. Several types of antennas can be tted with feed mounts covering several satellites depending on their spacing in the satellite arc. For certain applications, 5- and 6-meter antennas can be tted to cover three different satellites that are closely spaced. Because adjacent satellite channels are transmitted alternately polarized (odd-numbered channels horizontally polarized, even-numbered channels vertically polarized), the frequency difference between adjacent channels and this polarization difference prevents any adjacent channel interference. Table 3-1 lists some commonly used C-band channel information. Satellite-receiving antennas have been tted with the required vertically and horizontally polarized feeds with a low-noise block downconverter connected to each one. The converter performs two basic functions. The rst is to amplify the weak microwave signal, and the second is to convert the signals to a lower frequency. Converting to a lower frequency results in lower cable loss and therefore a less attenuated signal at the receiver. This method is shown in Figure 3-20 and is the most commonly used method.
local machine, or workspace. Scorecard builders can choose to use local, not-yetpublished data sources or those that already exist on the server. If a developer goes straight into creating a scorecard, has no local data source, and no server data sources show up, this means that the Refresh button was not clicked so the list of server data sources was not retrieved. The third page of the wizard is where the designer selects a KPI source. There are only two options on this page: Create KPIs from SQL Server Analysis Services Measures and Import SQL Server Analysis Services KPIs. Recall that the monitoring servers predecessor, Business Scorecard Manager, did not natively understand Analysis Services 2005 KPIs. Clearly, PerformancePoint Server can take advantage of KPIs already built into the cube, but it can also use measures in the cube to create KPIs on the fly. There are advantages to each approach, but KPIs are often best built into Analysis Services cubes. This keeps different developers from creating the same KPI with different formulas on different scorecards. Remember that one purpose of BI is to have a single version of the truth so pushing KPIs into the cube helps enforce a standard definition for that KPI. On the other hand, it s unlikely that a cube will ever have all the KPIs that will ever be needed, so PerformancePoint Server includes the capabilities to create KPIs based on the measures in the cube. Depending on whether your choice is to use KPIs from the cube or build KPIs in Dashboard Designer from measures in the cube, the next screen of the wizard will look slightly different. Figure 5-8 shows both options; the top part of the screen shows what happens if the developer chooses to create KPIs from cube measures, while the bottom half shows the screen if the developer wants to use existing KPIs that are built into the cube. Reusing existing KPIs is relatively simple, as just clicking the Import checkbox beside each KPI will bring it into the scorecard. The more complicated approach is to now build each KPI in the Dashboard Designer from the measures in the cube. Note that a scorecard could have both kinds of KPIs but the wizard does not give designers a method for mixing and matching those. That will have to be done later by manually editing the scorecard. The approach that will be discussed in the following paragraphs is the one in which new KPIs are created in the Dashboard Designer based on measures in the cube. If you choose to create the KPIs in Dashboard Designer, you ll see that the screen for adding KPIs to the scorecard has two buttons: Add KPI and Select KPI. Select KPI allows you to choose KPIs already created in the workspace or on the server. If there are no existing KPIs, the developer must choose the Add KPI button, which begins the process of defining a KPI. When the Add KPI button is clicked, the first measure in the cube is added by default. The Name column is filled in with the measure name, the Actual and Targets are both set to the cube measure, and the Band Method is set to Increasing is Better.
Voltage Range
Indexers and Properties
arc length to radius to produce the desired angle. Figure 1-2 shows the relationship of arc length to radius to define the angle.
.5 Normalized time
The baseline image does not have enough criteria to diagnose a high risk dysplastic nevus or melanoma. There is only mild asymmetry of color and structure, a minimally irregular pigment network, and a small focus of reticular depigmentation. A side-by-side comparison of the baseline image and the same nevus, 6 months later, demonstrates significant and dramatic changes. The shape has asymmetrically expanded and it looks like a completely different lesion. When there is such a dramatic change, make sure that you are comparing the same lesions. The focus of irregular pigment network has expanded. The hyperpigmentation within the lesion has expanded and is darker. The hyperpigmentation is not well-demarcated and cannot be considered an irregular blotch. Even though the lesion has changed significantly, if it were examined by itself, it would not have enough criteria to diagnose a high risk dysplastic nevus or melanoma. The focus of reticular depigmentation in the baseline image is no longer seen in the follow-up image and is of no diagnostic significance. Reticular depigmentation should always be a red flag for concern but that does not mean that it is always found in high risk lesions. The overall changes are significant and warrant a histopathologic diagnosis to rule out melanoma-incognito.
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