Abstract:
A method and system are provided for offsetting network latencies in an incremental processing of a search query entered by a user of a device having connectivity to a remote server over a network. The search query (step 800:T) is directed at identifying an item from a set of items. In accordance with the method and system, data expected to be of interest to the user is stored in a local memory associated with the device. Upon receiving a key entry or a browse action entry of the search query from the user, the system searches the local memory associated with the device to identify results therein matching the key entry or browse action entry. The results identified in the local memory are displayed on a display associated with the device (step 804a). Also upon receiving a key entry or a browse action entry of the search query from the user, the system sends the search query to the remote server and retrieves results from the remote server matching the key entry or browse action entry. The results from the remote server are merged with the results from the local memory for displaying on the display. The process is repeated for additional characters or browse actions entered by the user when he or she does not find the desired item on the display.
Abstract:
Methods of and systems for selecting and presenting content based on user identification are provided. A user-interface method of selecting and presenting content items in which the presentation is ordered at least in part based on inferring which user of a collection of users is using an input device includes providing a set of content items, providing a set of preference information for each user indicating content item preferences of a corresponding user, and providing a set of user keypress biometric models representing expected keypress activity for the corresponding user. User keypress activity to identify desired content items is monitored to biometrically characterize the user and analyzed to find the closest match to one of the keypress biometric models. Based on the closest match, which user of the collection of users entered the input is inferred and the corresponding preference information is used to select, order, and present content items.
Abstract:
A user-interface system for entering an alphanumeric string or alphanumeric clusters for identifying information content is presented. The user-interface system has presentation logic for displaying an image of a virtual user alphanumeric interface on a presentation device. The virtual user alphanumeric interface includes an image of an overloaded keypad that has a two dimensional configuration of alphanumeric clusters. Each cluster corresponds to a set of alphanumeric characters. The user-interface system also has cluster selection logic for receiving user actions from an input device (e.g., five-button interface) to provide visual cues to help the user select an alphanumeric cluster and to cause the selected alphanumeric cluster or character from a cluster to be displayed in a display field of the virtual user alphanumeric interface.
Abstract:
A user-interface method of incrementally identifying and presenting a collection of content items and a collection of advertisements in which the identification is at least in part based on input incrementally entered by a user on an input-constrained device is presented. The method includes providing a set of content items and bids with associated advertisements. The bids organized into unambiguous and ambiguous categories. Incremental input is entered in order to identify desired content items. In response to the incremental input content items are identified and provided. Advertisements are also identified and provided based on a predetermined function. The presentation order is determined at least in part by an economic utility function.
Abstract:
A user-interface system for entering an alphanumeric string or alphanumeric clusters for identifying information content is presented. The user-interface system has presentation logic for displaying an image of a virtual user alphanumeric interface on a presentation device. The virtual user alphanumeric interface includes an image of an overloaded keypad that has a two dimensional configuration of alphanumeric clusters. Each cluster corresponds to a set of alphanumeric characters. The user-interface system also has cluster selection logic for receiving user actions from an input device (e.g., five-button interface) to provide visual cues to help the user select an alphanumeric cluster and to cause the selected alphanumeric cluster or character from a cluster to be displayed in a display field of the virtual user alphanumeric interface.
Abstract:
Methods of and systems for selecting and presenting content based on user identification are provided. A user-interface method of selecting and presenting content items in which the presentation is ordered at least in part based on inferring which user of a collection of users is using an input device includes providing a set of content items, providing a set of preference information for each user indicating content item preferences of a corresponding user, and providing a set of user keypress biometric models representing expected keypress activity for the corresponding user. User keypress activity to identify desired content items is monitored to biometrically characterize the user and analyzed to find the closest match to one of the keypress biometric models. Based on the closest match, which user of the collection of users entered the input is inferred and the corresponding preference information is used to select, order, and present content items.
Abstract:
A user-interface method of incrementally identifying and presenting a collection of content items and a collection of advertisements in which the identification is at least in part based on input incrementally entered by a user on an input-constrained device is presented. The method includes providing a set of content items and bids with associated advertisements. The bids organized into unambiguous and ambiguous categories. Incremental input is entered in order to identify desired content items. In response to the incremental input content items are identified and provided. Advertisements are also identified and provided based on a predetermined function. The presentation order is determined at least in part by an economic utility function.
Abstract:
A method and system are provided for offsetting network latencies in an incremental processing of a search query entered by a user of a device having connectivity to a remote server over a network. The search query is directed at identifying an item from a set of items. In accordance with the method and system, data expected to be of interest to the user is stored in a local memory associated with the device. Upon receiving a key entry or a browse action entry of the search query from the user, the system searches the local memory associated with the device to identify results therein matching the key entry or browse action entry. The results identified in the local memory are displayed on a display associated with the device. Also upon receiving a key entry or a browse action entry of the search query from the user, the system sends the search query to the remote server and retrieves results from the remote server matching the key entry or browse action entry. The results from the remote server are merged with the results from the local memory for displaying on the display. The process is repeated for additional characters or browse actions entered by the user when he or she does not find the desired item on the display.