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space in which programs can fit The concept is different than how regular PCs refer to memory In Table 12-1, all the values shown are in kilobytes, except for the Basic Stamp 1 which has only 256 bytes of programming space To some people, this doesn t sound like a lot, but 256 bytes represents quite a lot of programming space in a microcontroller Some microcontrollers execute one command at a time, and some can execute multiple commands at the same time For some applications, such as controlling 16 different R/C servos in an animatronics movie puppet, being able to execute multiple commands simultaneously, or multitasking, can be helpful The microcontroller used in your bot can be either a small circuit board that connectors plug into, or a large integrated circuit One of the common sizes for the microcontrollers is the 24-pin dual inline pin (DIP) socket Basic Stamp started with this size, and several different companies have made Basic Stamp variants that are pin-for-pin, identical Unfortunately, no one programming language can be used to program all microcontrollers Many of the languages are based on the popular Basic programming language or the C programming language If you know how to program in either of these languages, you should be able to program one of these microcontrollers Basic and C are called high-level languages, and they are easy to learn and understand when compared to using the assembly language A compiler compiles (or converts) the high-level language into a low level language that the microcontroller actually understands For example, here is a simple instruction written in Basic that is easy to understand: X=Y+Z If this is written in assembly language, it would look like this: MOVF Y,0 ADDWF Z,0 MOVWF X,0 This isn t easy to understand The preceding assembly language example will be different from microcontroller to microcontroller, but the Basic language will be the same regardless of the microcontroller When you get started in the world of microcontroller programming or, as the electrical engineers like to call it, programming embedded controllers pick something you like and stick with it until you master it Interfacing a microcontroller with the outside world is the same regardless of which microcontroller you choose Master the interfacing techniques on one microcontroller before you move on to another type of microcontroller.

Reporting Services reports are created through the Business Intelligence Development Studio, or BIDS, which is simply a version of Visual Studio that has templates for business intelligence projects If it seems strange that the reports are created in a tool specifically geared to developers, you should understand that there is an end-user tool, called the Report Builder, for performing ad-hoc queries Reporting Services ships with SQL Server 2005 and today requires Internet Information Services (IIS) to be running on the server Microsoft has announced that SQL Server 2008 will drop Reporting Services requirement for IIS, meaning that Reporting Services will be handling its own requests and supplying the results to the calling applications Today, however, the installation of Reporting Services checks for IIS and configures a couple of virtual directories: one for the reports themselves, and one for the management site, called the Report Manager While Reporting Services is often used when reporting against relational databases, this discussion will focus primarily on using Reporting Services to access a cube This is in no way intended to diminish Reporting Services strength as a relational reporting tool, but since most PerformancePoint scorecards and charts are built off of cubes, and PerformancePoint s planning module can generate forecast

Provisions for the high-speed data rates of full ADSL are good, but not every consumer is looking for the high data rates afforded on ADSL Therefore, the Universal ADSL Working Group decided to reevaluate the need for the end-user What they determined is that many consumers need download speeds of up to 15 Mbps and upload speeds between 96 640 Kbps As a result, the ADSL Lite specification was designed to accommodate these speeds as a logical stepping stone to the higher speed needs for the future Initially introduced in early 1998, the specification was ratified in late 1998 to facilitate the lower throughput needs of the average consumer DMT is the preferred method of delivering the GLite specification and service, as it is now known This involves a slightly different method of delivering the service, but does accommodate the providers with a less expensive solution to provide full rate ADSL There is no way to know if the network providers can support hundreds of multimegabit ADSL up and download speeds on their existing infrastructure But using the GLite specification can support lower demand users more efficiently Similar to the DMT used in the ANSI specification, the carriers are divided as shown in Figure 16-6 Note that in this case the high end of the frequency spectrum tops out at approximately 550 kHz instead of the 1 MHz range with ADSL