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Companies often treat OLAP databases as separate applications for several reasons First, each OLAP vendor provides their own access tools: Hyperion provides Web Analysis (formerly named Analyzer) and a spreadsheet add-in to access Essbase OLAP databases As Hyperion has now entered the query and reporting space, Hyperion and Business Objects increasingly compete with one another Microsoft uses Excel to access MS Analysis Services cubes and in Q2 2006 announced intentions to acquire ProClarity to provide visualization and dashboard capabilities to Analysis Services Business Information Warehouse (BW) provides Business Explorer as a front end to BW (Net Weaver) Info Cubes Just as data marts and BI implementations can be implemented departmentally, so can OLAP databases Unless a business sponsor and program management are in place to integrate the two, it seems rarely to happen As these leading OLAP vendors offer their own front ends to their databases, customers often incorrectly assume that they must use the corresponding front end Furthermore, Business Objects approach to OLAP access has gone through many transitions, so confusion and lack of awareness abounds With BusinessObjects XI, the vendor now offers OLAP Intelligence, previously called Crystal Analysis, as a way of accessing third-party OLAP databases Also, new in XI Release 2 is the ability to access OLAP databases through a universe Finally, BusinessObjects XI itself, with its microcube engine, is also considered an OLAP tool Thus, many companies assume that they need only BusinessObjects XI and do not need another OLAP database This assumption is reasonable However, because of some of the inherent limitations with the dynamic microcubes, there are instances in which an OLAP database can provide some significant benefits as long as the competing vendors do not encroach on each other s space within a customer organization One of the biggest differences between the OLAP capabilities via the BusinessObjects XI microcube and an OLAP database is the data volume There is no hard rule as to the size of a BusinessObjects XI microcube; it could be 300,000 rows of data It would not be 3 million, as is the case of an OLAP database In this respect, it is much more appropriate to think of applications such as MS Analysis Services and Essbase as databases or data sources than as competing tools There also is a significant difference between drilling within a microcube and drilling against an OLAP data source The goal with any OLAP deployment is to ensure that when users drill, it is at the speed of thought Because an OLAP database is pre-aggregated, the response times are more predictable than relational query times To ensure fast drilling times against a Desktop Intelligence or Web Intelligence microcube, report developers often cram too much information into a report They are trying to get the microcube to act like an OLAP database This approach is doomed to failure When users drill within either a Web Intelligence or Desktop Intelligence report, they are drilling within a subset of cached data, as shown in Figure 14-2 When a user drills from year to quarter, the details for quarter already exist in the report If not, then the user can drill through to the details and send another query to the relational database The results are fetched and stored in the microcube Herein lies a challenge: if your relational database is well tuned, this drill through to detail could take a few seconds or a few minutes (hopefully.

2 Once the new project is created, the Visual Studio IDE will look like this:

The effect of the exibility of the shaft is greatest for the position of the cam corresponding to a = amax For many cam pro les this occurs at the midpoint of the cam As a rst approximation, R(q) can be replaced by the mean pitch radius of the cam R(q ) = Rm Eq (1224) can now be rewritten as mx + c( s - x ) + kc k 1+ c k1 1 s wRm

If for some reason you do not see the Solution Explorer window, activate it by selecting Solution Explorer from the View menu

14:

Part I:

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3 At this point, the project is empty and you will need to add a C# source file to it Do this by right-clicking on the project s name (which is Project1 in this example) in the Solution Explorer and then selecting Add You will see the following:

not hours) And what if the majority of users never look at quarterly details Then you have unnecessarily built a larger report than required! Meanwhile, with an OLAP database such as Essbase or Microsoft Analysis Services, the cube is built in advance of the query When a user drills from Year to Quarter, the drill goes against the highly tuned OLAP database as shown in Figure 14-3 This limits network traffic, as only the necessary results are sent to the BusinessObjects Enterprise server, as each user requests the details The OLAP server performs sorts, nested rankings, cross-dimensional calculations, and more

4 Next, select New Item This causes the Add New Item dialog to be displayed Select Code in the Installed Templates list Next, select Code File and then change the name to Examplecs, as shown here:

2:

( s - x ) = 0

Clearly, for this section to have any relevance, your goal is to integrate your OLAP database as another data source in your BusinessObjects XI deployment The question becomes, then, when to build intelligence into the OLAP database As shown in Figure 14-1, when the intelligence is put in an OLAP database, the server does the work (place 1), thus minimizing network traffic In general, building intelligence into any server-based technology will also ensure consistent business definitions (compared to varying calculations in user reports and spreadsheets) Further, OLAP databases have a better understanding of business analysis than most SQL-based reporting tools, so a number of functions are built into the OLAP engine For time period calculations, Essbase includes dynamic period-to-date calculations with a toggle Period-to-date functions are native to MDX and MS Analysis Services, rather than the complex SQL CASE functions presented in 11 Recall the discussions on

An Overview of C#

5 Next, add the file to the project by pressing Add Your screen will now look like this:

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Part II:

Part I:

6 Next, type the example program into the Examplecs window (You can download the source code to the programs in this book from wwwmhprofessionalcom so you won t have to type in each example manually) When done, your screen will look like this:

Next, the following nondimensional parameters are introduced: