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10.1 When you publish a project to iTunes, you can create multiple sizes to ensure the movie looks good on different devices.

this chapter: introductory, feelings expression, problem solving, insight and self-disclosure, and closure.

presentation formats The challenge in managing digital entities is not just the management of the data bits but also the management of the infrastructure required to interpret, manipulate, and display these entities or images of reality [4] In managing digital entities, we can provide Grid support for the procedures that generate these digital entities Treating the processes used to generate digital entities as rst-class objects gives rise to the notion of virtual digital entities, or virtual data This is similar to the notion of a view in database systems Rather than actually retrieving a digital entity, the Grid can simply invoke the process for creating that entity, when there is a request to access such an entity By careful management, it is possible to derive multiple digital entities from a single virtual entity Managing this process is the focus of virtual Data Grid projects [5].

Purpose: Selects one of a series of results based on an index value. Syntax: Choose (expression; result0 [; result1; result2] . . .) where the result of an expression yields a number (between 0 and the number of the last result specified) that indexes into the result list that follows, and result is one or more results. Choose can return text, a number, a date, a time, or a container.

The virtual data issue arises in the context of long-term data persistence as well, when a digital entity may need to be accessed possibly years after its creation A typical example is the preservation of the engineering design drawings for each aeroplane that is in commercial use The lifetime of an aeroplane is measured in decades, and the design drawings typically have to be preserved through multiple generations of software technology Either the application that was used to create the design drawings is preserved, in a process called emulation, or the information and the knowledge content is preserved in a process called migration We can maintain digital entities by either preserving the processes used to create their information and knowledge content or by explicitly characterizing their information and knowledge content, and then preserving the characterization.

The organization of these structures will be as follows. The display, display, is the top of the hierarchy. On the display is allocated a toplevel screen, gamescreen. The Scoreboard is allocated as a window on gamescreen and will be drawn with text representing the current score of each player. The objects bal1,1ef tpaddle and rightpaddle will be drawn on the gamescreen, allocated as windows thereupon. Figure 11.3 shows a screen capture of the game in play, and the complete implementation is listed below:

There is strong commonality between the software systems that implement virtual Data Grids and emulation environments These approaches to data management focus on the ability to maintain the process needed to manipulate a digital entity, either by characterization of the process or by wrapping of the original application There is also a strong commonality between the software systems that implement Data Grids and migration environments In this discussion, we will show that similar infrastructure can be used to implement both emulation and migration environments In emulation, a level of abstraction makes it possible to characterize the presentation application independent of the underlying operating system Similarly in migration, for a given data model it is possible to characterize the information and knowledge content of a digital entity independent of the supporting software infrastructure.

Mode pop-up (all modes): This displays the current mode. You can click the mode selector to display a pop-up menu (see Figure 2-18) that enables you to switch between the four program modes: Browse, Find, Layout, and Preview.