Abstract:
A representation is rendered on the user interface of a mobile device using a presentation specification and a behavior specification. The presentation specification defines styles, and the behavior specification defines interactions. Each specification can be used to set corresponding rules and libraries for rendering the user interface. The mobile device can communicate with one or more cellular radio networks and render the user interface using at least one new presentation and behavior specification downloaded and corresponding to a new cellular radio network.
Abstract:
A communication session is established between a mobile station (102) and an interactive voice response (IVR) system (106). One or more menu options in a speech form are received at the mobile station (102). The mobile station (102) converts these menu options from the speech form to a displayable form. A stored menu at the mobile station (102) is updated with the displayable form. The updated menu may then be presented to the user. The menu options reflected in the displayable form may be stored in at the mobile station (102) and/or at external devices that may or may not be associated with the IVR system (106).
Abstract:
A method for presenting text (50) upon a mobile device (10) can include the step of establishing a string associative table (20) within the mobile device (20). The string associative table (20) can be remote from core software (32) embedded within the mobile device (20). The string associative table (20) can be searched for a request identifier that identifies text (50) to be presented upon the mobile device (10). When the request identifier is found in the string associative table (20), a string (40) within the string associative table (20) corresponding to the request identifier can be identified and presented upon the mobile device (10) as text (50). When the request identifier is not found in the string associative table (20), a string (40) corresponding to the request identifier can be found within a core table (22) and presented upon the mobile device (10) as text (50).
Abstract:
A method for presenting text (50) upon a mobile device (10) can include the step of establishing a string associative table (20) within the mobile device (20). The string associative table (20) can be remote from core software (32) embedded within the mobile device (20). The string associative table (20) can be searched for a request identifier that identifies text (50) to be presented upon the mobile device (10). When the request identifier is found in the string associative table (20), a string (40) within the string associative table (20) corresponding to the request identifier can be identified and presented upon the mobile device (10) as text (50). When the request identifier is not found in the string associative table (20), a string (40) corresponding to the request identifier can be found within a core table (22) and presented upon the mobile device (10) as text (50).
Abstract:
A resource efficient content management and delivery system includes a pack manager (120) and one or more loadable packs (114). The pack manager (120) provides the control for the loading and unloading of packs from memory, such as flash memory (112) or any other nonvolatile memory. The pack manager (120) also keeps a master pointer table (304) which is used to access the different packs (114) loaded into radio (100). The content download method using the pack method of the present invention provides much needed flexibility and a potential reduction of memory requirements, since data can be downloaded into the radio (100) very easily and the technique can Execute in Place (XIP) which is not supported by prior art FDI file techniques. The data provided by packs (114) does not require the radio (100) to be powered off and on in order to use the data, making the content download system very useful for numerous applications.
Abstract:
A communication session is established between a mobile station and an interactive voice response system (figure 1). One or more menu options in a speech form are received at the mobile station. The mobile station converts these menu options from the speech form to a displayable form. A stored menu at the mobile station is updated with the displayable form. The updated menu may then be presented to the user. The menu options reflected in the displayable form may be stored in at the mobile station and/or at external devices that may or may not be associated with the IVR system.
Abstract:
A resource efficient content management and delivery system includes a pack manager (120) and one or more loadable packs (114). The pack manager (120) provides the control for the loading and unloading of packs from memory, such as flash memory (112) or any other nonvolatile memory. The pack manager (120) also keeps a master pointer table (304) which is used to access the different packs (114) loaded into radio (100). The content download method using the pack method of the present invention provides much needed flexibility and a potential reduction of memory requirements, since data can be downloaded into the radio (100) very easily and the technique can Execute in Place (XIP) which is not supported by prior art FDI file techniques. The data provided by packs (114) does not require the radio (100) to be powered off and on in order to use the data, making the content download system very useful for numerous applications.