132 results about "Dynamic user interface" patented technology

A process control management method in a computer system for configuring and supervising a process plant includes providing an interactive user interface to manage a plurality of objects in the process plant, where each of the plurality of objects corresponds to a physical or logical entity in the process plant, including generating a navigation pane to display a set of selectable items, each in the set of selectable items corresponding to a respective one of the plurality of objects, and generating a command pane to display a set of selectable controls, each in the set of selectable controls corresponding to a task to be performed on at least one of the plurality of objects in the process plant; receiving a selection of one of an item in the set of selectable items via the navigation panel and a control in the set of selectable controls via the command panel; determining an operational context based on the received selection, wherein the operational context corresponds to one of a range of actions applicable to the selection if the selection is an item selection, or a range of items to which the selection is applicable if the selection is a control selection; and adjusting one of the navigation pane or the command pane according to the operational context, including displaying a subset of selectable items in the navigational pane, wherein each in the subset of selectable items is within the range applicable to the selection, if the selection is a control selection, and displaying a subset of selectable controls in the command pane, wherein each in the subset of selectable controls is within the range applicable to the selection, if the selection is an item selection.

Markers that describe a user's actions are monitored in order to determine his or her level of proficiency with a user interface. A proficiency level is determined based on the markers. The proficiency level is adjusted periodically or in response to trigger events, to provide updated proficiency level information as the user becomes more experienced. One or more user interface features are automatically configured according to the detected proficiency level, so that the user is presented with an interface that is appropriate for his or her level of proficiency.

A system for communication and mapping of business objects between a mobile client device and a plurality of backend systems via a network includes a mobile server and a mobile client device in data communication with the mobile server. The mobile server includes a process automation engine, a communication module coupled to the process automation engine and a presentation module coupled to the process automation engine and the communication module. The process automation engine is configured to map business objects to a plurality of backend systems and includes a plurality of mobile business processes where each mobile business process defines a flow and exchange of business objects between the mobile client device and at least one of the plurality of backend systems. The communication module is configured to receive and transmit business objects between the mobile client device and at least one of the plurality of mobile business processes via the network. The presentation module is configured to define a dynamic user interface based on at least one mobile business process. The dynamic user interface is configured to integrate the business objects and the at least one mobile business process. The mobile client device includes a thick client application in data communication with the communication module and configured to receive the business objects and the definition of the dynamic user interface. The thick client application is also configured to generate the dynamic user interface to facilitate viewing and modifying the business objects.

A system and method for effectively implementing a dynamic user interface in an electronic network may include a user interface application that is configured to generate a user interface upon a display of a user device in the electronic network. The user interface application may generate a main widget for controlling and utilizing various types of system functionality through the user interface. The user interface application may further dynamically generate a connect widget for performing network communications procedures between the user device and one or more buddy devices in the electronic network. The user interface application may also dynamically generate an alert widget for providing various types of system alert messages to a device user.

A software system automatically and dynamically generates a fully functional user interface (UI) based upon, and connected directly to, an underlying data model (as instantiated within a relational database management system (RDBMS)). The UI derives from an automated interrogation of the RDBMS, and comprises all mode displays (e.g., browse, search, edit, add) for all tables, and a full complement of mechanisms—integrated directly into the mode displays—for representing, navigating, and managing relationships across tables, regardless of the complexity of the underlying RDBMS schema. It utilizes a hierarchical “context stack” for suspending the working state of a particular table while “drilling down” to work with related-table information and return relevant changes to the base table. The embodiment further provides methods to enhance and extend the internal representation of table structures, constraints, relationships, and special requirements (“business rules”) for improved revelation of the schema structure through external interrogation.

Application boundary decomposition and dynamic grouping of application components may provide a user with a task-oriented, user-configurable, dynamic user interface. An operating system may include various individual application components and a user may be able to organize the application components to create custom task groupings for performing specific tasks. The components of a single task grouping may be displayed within a single task frame or border. Alternatively, the components may be displayed upon on the user's desktop without such a border along with other desktop icons. Application components may be dynamically rearranged, either by the user or automatically in response to user context changes or according to a priority relationship among the application components. Additionally, multiple application components may access a single shared copy of data and task groupings may be shared among different users using different computer systems.

A method, a dynamic user interface and an electronic device for generating user-detectable multi-functional feedback using a single component in response to a stimulus signal. One or more resonating vibrating elements, such for example as a piezo-bender, are attached to a selected component of the electronic device. Because sensory feedback in the form of a haptic feedback signal, a buzzer signal, a vibratory alert signal and an audio signal are all generatable using such a piezo-element attached for example to a lens or housing of the device, a significant decrease in the space needed and in the required power consumption as compared to prior art devices, in which different feedback signals are generated using separate components, is realized.

An exemplary method includes a media content access device, which is configured to access a media content service distributed over a media content distribution network, 1) detecting a request for a presentation of a user interface configured to facilitate usage of the media content service by a user of the media content access device, 2) determining, in response to the request, whether usage analytics data representative of a historical pattern of usage of the media content service is available, 3) rendering, if the usage analytics data is determined to be unavailable, a static default version of the user interface in accordance with data representative of a static default configuration of the user interface, and 4) rendering, if the usage analytics data is determined to be available, a dynamic version of the user interface based on the user analytics data. Corresponding methods, systems, and apparatuses are also disclosed.

An end user control configuration (EUC) system with dynamic user interface provides a user friendly tool for consumers to self-provision and manage network services such as Voice over Internet Protocol (VoIP) services. The EUC system dynamically generates graphical user interface (GUI) renderings that assist users in the completion of tasks related to provisioning, and managing network services. The EUC system allows telecommunication service providers to effectively hide the complexity of operational support systems (OSS) and the network elements that deliver the network services. The EUC system solves the technical problems of reducing the cycle-time to self-provision network services, assisting users to complete the tasks required to activate, and manage network services, and actually activating and managing the network services.

A modeling system for universal specification of user interfaces. The system provides a means for defining user interfaces, including highly complex and dynamic user interfaces, in a manner that is independent of any implementation context. The modeling system leads from a user-friendly visual representation of the user interface, through progressively detailed specifications of structural and behavioral aspects of the user interface parts, until a rigorous definition of the user interface in all its contexts of use is achieved. Using the information captured in the model, tools that automatically generate the fully working user interface code can be built.

A workflow-enabled provider includes a service provider and a workflow manager interface unit. The workflow manager interface unit couples the service provider to a workflow manager to provide the automatic discovering, distributed processing and dynamic user interface generating functionality. An advertisement monitor listens for broadcasts from the workflow manager regarding new clients. A request module and a response module handle the transfer of data and control signals between the workflow manager and the service provider. A process control module performs a plurality of processing functions including aggregating requests from clients, selecting requests it can service, presenting user interfaces, processing input via the service provider and controlling the service provider. The user interface module is coupled to the process control module and dynamically generates user interfaces for display by the service provider.

A method, a dynamic user interface and an electronic device for generating user-detectable multi-functional feedback using a single component in response to a stimulus signal. One or more resonating vibrating elements, such for example as a piezo-bender, are attached to a selected component of the electronic device. Because sensory feedback in the form of a haptic feedback signal, a buzzer signal, a vibratory alert signal and an audio signal are all generatable using such a piezo-element attached for example to a lens or housing of the device, a significant decrease in the space needed and in the required power consumption as compared to prior art devices, in which different feedback signals are generated using separate components, is realized.

A device, system and method are provided for creation, accessing, and management of data items on a computing device, such as a mobile device, using physically-defined spatial relationships between the data items and the user. At least one of a tracking user interface and a kinetic user interface is used to determine the physical location of the mobile device with respect to the user, rather than with reference to a geographic location. Using one or both of these interfaces, individual data items may be associated with a location in the physical space surrounding the user. Data items may also be associated with a particular characteristic, such as a category or tag, based on its associated location. Data items may be subsequently retrieved by holding the mobile device in the physical space surrounding the user, then identifying those data items having an associated location proximate to the mobile device location.

A method and system is provided which allows for integrating streaming content and a real time interactive dynamic user interface on a network, such as the Internet. The system includes a web browser for receiving a user interface from a content server. The user interface, among other functions, detects an embedded code in a media file from a streaming content server. Based on the embedded code, the user interface spawns a Common Gateway Interface (CGI) process which retrieves information from a data store. The information in the data store may include rules for altering the displayed user interface. The system and method results in an interactive user interface which may be easily modified by altering the contents of the data store rather than altering and reindexing the media file.

A software system automatically and dynamically generates a fully functional user interface (UI) based upon, and connected directly to, an underlying data model (as instantiated within a relational database management system (RDBMS)). The UI derives from an automated interrogation of the RDBMS, and comprises all mode displays (e.g., browse, search, edit, add) for all tables, and a full complement of mechanisms—integrated directly into the mode displays—for representing, navigating, and managing relationships across tables, regardless of the complexity of the underlying RDBMS schema. It utilizes a hierarchical “context stack” for suspending the working state of a particular table while “drilling down” to work with related-table information and return relevant changes to the base table. The embodiment further provides methods to enhance and extend the internal representation of table structures, constraints, relationships, and-special requirements (“business rules”) for improved revelation of the schema structure through external interrogation.

A system and method for providing a dynamic user interface for a dense three-dimensional scene is presented. Clusters are placed in a three-dimensional scene arranged proximal to each other such cluster to form a cluster spine. Each cluster includes one or more concepts. Each cluster spine is projected into a two-dimensional display relative to a stationary perspective as a hierarchical view of the cluster spines in the display. Folder controls operating on the hierarchical view are presented. The hierarchical view includes an indicator representing each cluster spine and a line indicating the cluster spine interrelationships relative to other cluster spines. A label is generated to identify one such concept included in each cluster spine in the hierarchical view.

A dynamic user interface (1000) is configured to present one of a plurality of keypad configurations to a user. Each keypad configuration includes a plurality of user actuation targets that may be selectively presented to, or hidden from, a user. A segmented optical shutter (204) having segments (801,802,803,804) configured for selective transition from opaque to translucent states is disposed above an segmented optical shutter (204) having a plurality of transparent electrodes (901), each operating as an electroluminescent element. When each segment (801) is active and in a transparent state, a corresponding electroluminescent element is actuated so as to project light (1001,1002) both through the corresponding segment (801) at a first luminosity and about the corresponding segment (801) at a second luminosity, so as to circumscribe the segment (801). The illuminated segment (801) and the circumscription (1004) together form a user actuation target.

In one embodiment, the present invention is directed to reconfiguration of a communication device or other network node based on a determination that a user has a target (altered) physical condition.

A software interface that is installable on a processor for interfacing with an electrically or electronically controllable device. The software comprises means for receiving input from a user remotely via a network and a means for translating the network communicated user input into at least one of a control signal and a configuration signal. The software interface further comprises means for communicating a control signal to control software. Such control software, which is already known in the art, is configured in controlling relation to at least one of an electrically or electronically controllable device through a hardware interface. Further, means are included for translating a configuration signal into a user interface application between the control software and an indicator displayable to the user; means rendering a dynamic user interface in response to changes in connected devices; and means for ensuring the reliable relay of command and configuration signals across unreliable networks susceptible to limited bandwidths and communication interruptions.

Described are computer-based methods and apparatuses, including computer program products, for dynamic user interface customization. A set of functions for a user interface is stored, each function comprising a function that can be added to the user interface. A first set of data is transmitted to a remote device that causes the user interface to be displayed on the remote device with a predetermined set of functions from the set of functions. Interaction data is received indicative of a user's interactions with the user interface. A second set of data is transmitted to the remote device that causes the user interface to dynamically add a new function from the set of functions to the user interface based on the interaction data, wherein the new function is displayed as a selectable item in the user interface that the user can select to use a function associated with the new function.

A dynamically re-configurable input panel for a gaming machine, in one implementation, comprises a plurality of electrical contact regions disposed on the input panel and a plurality of display elements associated with the electrical contact regions, wherein information displayed on the display elements is dynamically re-configurable under game machine software control. In one implementation, the plurality of electrical contact regions comprises a plurality of electrical switches. Each of these switches may have a self-contained, re-configurable display element.

A system and method for analyzing a data store of de-identified patient data to generate one or more dynamic user interfaces usable to predict an expected response of a particular patient population or cohort when provided with a certain treatment. The automated analysis of patterns occurring in patient clinical, molecular, phenotypic, and response data, as facilitated by the various user interfaces, provides an efficient, intuitive way for clinicians to evaluate large data sets to aid in the potential discovery of insights of therapeutic significance.

A computer network (20) having a plurality of terminals (22) and several network servers (26, 28, 30) are operative to develop context-sensitive, dynamic graphical user interfaces (32) which are programmed centrally by the network servers (26, 28, 30). XML packets (142, 144) are used to transfer information regarding the graphical user interfaces (32) between the terminals (22) and the network servers (26, 28, 30). The graphical user interface (32) is a layered multimedia environment having a background movie (248) played beneath substantially all of a plurality of screen application regions (220-230). A interactive control movie (240) is displayed in one of the screen application regions and includes control tabs (242) and dynamic button controls (244). A browser application (250) may be embedded in the background movie (248) as part of the layered media environment. Multiple applications can be operated in the selected screen application region, so each application is provided with a top tab (246) enabling users to bring the desired application to the top of the application panels.

A user interface for a digital map application having map scrolling capabilities may include a screen-static reference point, which may be indicated by a corresponding interaction icon. The map may be scrollable relative to the screen, while the reference point remains stationary. Accordingly, a point of interest on the map may be scrolled into proximity with the reference point, which may trigger a display of information relating to the point of interest. In some examples, the map may be automatically scrolled to place a nearby point of interest into registration with the reference point. In some examples, information relating to a distance and / or projected route between the reference point and a point of interest may be dynamically displayed as the map is scrolled.

A system and method for providing a dynamic user interface for a dense three-dimensional scene is presented. Clusters are placed in a three-dimensional scene arranged proximal to each other such cluster to form a cluster spine. Each cluster includes one or more concepts. Each cluster spine is projected into a two-dimensional display relative to a stationary perspective. Controls operating on a view of the cluster spines in the display are presented. A compass logically framing the cluster spines within the display is provided. A label to identify one such concept in one or more of the cluster spines appearing within the compass is generated. A plurality of slots in the two-dimensional display positioned circumferentially around the compass is defined. Each label is assigned to the slot outside of the compass for the cluster spine having a closest angularity to the slot.

A method of providing a user interface for mapping entities between a plurality of business applications in an integrated business solutions computing environment is provided. A first system specific assembly and first user interface configuration data is retrieved for a first entity. A second system specific assembly is retrieved for a second entity of a second application. A dynamic user interface is generated based upon the first system specific assembly, first user interface configuration data and second system specific assembly.

A method for providing a user interface for a device (300) includes determining a capability of a remote device, selectively enabling at least one of a plurality of different control structures (404, e.g., 302, 310, etc.), each with corresponding visual indication (406) of connectivity status based on a connection occurring and determined capability of the remote device. The method may also include selectively enabling a second control structure (404, e.g., 302, 310, etc.) of the plurality of different control structures, the second control structure also with corresponding visual indication (406) of connectivity status. The method may also include selectively disabling at least one of the plurality of different control structures (404, e.g., 302, 310, etc.) with corresponding visual indication (406) of connectivity status based on a change in a connection status. Furthermore, a device 300 may implement the disclosed methods.

A set of rules and a current context for a user is obtained. The set of rules and the current context are used to determine a rule weight for each of a set of user interface elements. One or more of the user interface elements is caused to be displayed. Which user interface elements are displayed is based at least in part on the rule weights.