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In mid-2006, Microsoft purchased ProClarity Corporation ProClarity was the creator of the most popular third-party analytics tool for Analysis Services (the most popular tool overall was Excel, but its analytics capabilities fell far short of ProClarity s) ProClarity actually had several products, the primary two of which were the ProClarity Desktop Professional and the ProClarity Analytics Server The Desktop Professional application was a Windows application while the Analytics Server was a web application that included a thin client analytics tool that mimicked almost all features of the Desktop Professional Soon after ProClarity s acquisition by Microsoft, PerformancePoint Server was announced as the answer to the question for what would happen to the ProClarity Products PerformancePoint Server was presented as the blending of Business Scorecard Manager and ProClarity into one product, with the addition of a planning module In reality, the integration of the powerful analytics from the ProClarity platform did not happen as quickly as expected The analytic features in PerformancePoint Server 2005 are good at what they do, but they are limited compared to a true analytic application The analysis features that made it into PerformancePoint Server are wrapped up primarily in two reports: the Analytic Chart and the Analytic Grid There are other ways of getting additional analysis but they rely on the Office Web Components, which require both an installation of components on the client machine and a client license The Analytic Chart and Analytic Grid are very good at what they do, allowing users to drill down to explore additional data, as well as use filters to change some of the data, but they are basically limited to this functionality End users cannot change the dimensions being examined in a report (for example, they can t replace products with customers on the rows) The Analytic Chart and Analytic Grid are mentioned in 5 and covered in more detail in 6 Figure 2-2 shows an example of the Analytic Chart and Analytic Grid reports In order to address the analytics shortfall in PerformancePoint Server, Microsoft is keeping the ProClarity product line alive for the time being Customers who purchase a license of PerformancePoint server will also get a license for ProClarity Customers interested in using PerformancePoint Server for analytics will almost certainly install and use the ProClarity Analytics Server, and Microsoft has added a report type in PerformancePoint Server that ties to a report, called a view in ProClarity Analytics Server.

FIGURE 10-9

The TDMA and FDMA modulation techniques on the LMDS network allow for the bidirectional flow between the carrier and the end user In many cases, a different upstream is required than the downstream The ability to modulate differently allows this to be compensated for The more important factor is that the service will offer two-way communications Many of the past services allowed only a one-way downstream with a dial-up upstream This sounds incomprehensible for high-speed data, but for Internet access this method was used initially on an MMDS service and then on LMDS in the initial rollout Later evolution of the network architectures allowed the carriers to change direction and satisfy both directions for their data needs Moreover, for two-way voice the two-way simultaneous transmission is a must When lower speed users are using the system, TDMA is an effective tool for their twoway voice and data (dial up) needs For simultaneous up and downstream services, using approximately 250 MHz in each direction, the average number of TDMA users per 5 MHz of spectrum handling use dial-up service at the DS0 rate 80 This means that a sector (or cell) using 5 separate streams of 5 MHz each, can achieve up to 4,000 simultaneous dial-up users This is a reasonable use of the bandwidth The overall network design on a wired world uses a 10:1 ratio of trunks to users Using a slightly lower ratio for a wireless network connection to accommodate for fax and long-hold time traffic (ie Internet surfing) of approximately 8:1, the network supplier can achieve a service level of 32,000 possible customers with normal demands in a sector (cell) with 250 MHz of RF spectrum This is a reasonable amount of traffic capacity based on standard traffic engineering design Better ratios have been used in some networks, but the issues are coming with long hold times that exceed expectations Using a conservative ratio of 5:1, the average network supplier can achieve service for 20,000 DS0 level users in a sector Keep in mind that when higher-speed demands are the requirement, an FDMA arrangement will allow more flexibility This all depends on the overall demands of the network users.