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Modality Agents Finally, these software agents are accessed using one of the available network interfaces that are supported by the Host Device From this model, the User Interface Adaptation Function (UIAF) is mostly interested in Modality Agent descriptions Typically, information on a Modality Agent includes its modality class (audio, video, text, etc), the means to access it, and the supported data format as well as other capabilities information This is used by the Fission and Fusion modules of the Modality Function to decide how service output and input should be realised, respectively As most devices cannot provide a comprehensive set of information about themselves and the modality services they support, the description might be retrieved from a distributed database, as it is done in the UAProf approach In this case, the complete discovery procedure takes two steps: 1.

the actual physical discovery of the device in the vicinity and its reporting to the system; 2 the lookup by the Device Handler for information about the device and the service it may host For more details of this description framework and associated mechanisms, refer to [9] 516 Multimodal Output One important aspect of the work presented here is to take advantage of the interaction between context awareness (including personalisation) and multimodality, in particular for nding the best way to present multimedia information, through the best modality channel For example, when a user is driving her car and she receives a message, the best modality for output could be considered to be audio output, so as to avoid distracting the user from driving the car Such behaviour can be achieved by taking into account the media elements coming from the application, the user context and the available devices.

This common factor growth model is drawn as a path diagram in Figure 18.14. We can also recast these common factor scores into a latent difference form of f [t]n = f [t 1]n + f [t]n f [t]n = and

Multimodal applications send their media output to the Modality Function as an application request In this application request, the application can provide multiple media elements for output It can provide alternative media element representations to assist the Modality Function in supporting multiple output modalities For example, it is possible to provide a rich text representation (including images and audio) using XHTML and an alternative plain text representation for the same information This section will give an indication about how media output and device selection is envisioned for multimodal interfaces in mobile environments based on the work described in [10] The reference message ow, on how output requests are processed, is shown in Figure 59 Information about the context is received as input from the Personal Context Function by the Resource Handler in the form of modality recommendations.

This includes information on whether or not to use a certain device or more generally a certain modality for media output Through personal preferences, users can de ne whenever they would like the system to take automatic modality and device decisions or whenever the system should ask before taking a decision This is also part of the modality recommendations During the initialisation process of the system and later, when the user is moving, devices available in the user vicinity and their characteristics are stored and updated into the device tables of the system Device information is stored as presented in the previous section In addition, the Modality Function is also able to perform transformations on content to better suit the user s context and preferences These transformations include modality transformation (for instance text-to-speech) and language translation..

function xml_loaded (event, request, callback) { try { if (request.responseXML) { result = new Array; var items = request.responseXML.getElementsByTagName( item ); for (var i = 0; i < items.length; i++) {

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Chart (read/write) ChartSeries (read/write) SeriesName (read/write) XValues (read/write) Values (read/write) PlotOrder (read/write) SeriesNameType (read-only) XValuesType (read-only) ValuesType (read-only) PlotOrderType (read-only) All of these properties are defined in the ChartSeries class module. Notice that some of the properties are read-only. For read-only properties, you can write code to identify the property values, but they cannot be changed.

For example, you could create a brokerage system that stores all its information (user names, passwords, session IDs, portfolio holdings, and transaction information) in a database. The server-side script that passes information between Flash and the database reads and writes the data in XML format. You can use ActionScript to convert information collected in the Flash movie (for example, a user name and password) to an XML object and then send the data to the server-side script as an XML document. You can also use ActionScript to load the XML document that the server returns into an XML object to be used in the movie.

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