Abstract:
Improved visual context management techniques are disclosed. By way of example, a technique for updating an existing visual display to incorporate new information comprises obtaining new information requested by a subsequent user query, and dynamically deriving one or more visual transformations for updating at least a portion of the existing display to incorporate the new information, wherein the transformation derivation is modeled as an optimization operation which attempts to balance visual context management constraints and to achieve a desired presentation of intended information.
Abstract:
Improved visual context management techniques are disclosed. By way of example, a technique for updating an existing visual display to incorporate new information comprises obtaining new information requested by a subsequent user query, and dynamically deriving one or more visual transformations for updating at least a portion of the existing display to incorporate the new information, wherein the transformation derivation is modeled as an optimization operation which attempts to balance visual context management constraints and to achieve a desired presentation of intended information.
Abstract:
Among other things, an online interface is provided in which a property owner enters information defining a specification of an intended energy system to be installed for the property owner. The specification is in sufficient detail to enable each of two or more different installers to provide commercial offers of an energy system that conforms to the specification. An online interface may be provided in which a property owner is presented with a guided sequence of interactive steps in which the property owner is prompted to enter information associated with energy systems that may be relevant to the property owner, the content of at least one of the later steps being dependent on the information entered by the user in a prior step. A selection of energy systems based on technical feasibility and suitability as determined from information provided by the property owner may be presented through the interface.
Abstract:
In general, this disclosure describes techniques for providing users of computing devices the ability to connect to a network using a computer-generated image. A subscriber to a network with access to the network through a network device can generate a computer-generated image that encodes network configuration information corresponding to the network device. These techniques allow a user with a computing device to scan the computer-generated image, launching a reader application to decode the encoded network configuration information. The network configuration information may be automatically used to configure a network interface on the computing device to connect to the network. The network connection may be initiated and configured without requiring user input other than capturing the computer-generated image.
Abstract:
Improved information analysis techniques are disclosed. For example, a computer-implemented method of automatically assisting an analyst in a current information analysis task includes the following steps. An analytic context is modeled in a user-system cooperative manner, wherein the analytic context is a structure representative of user analytic actions and relationships associated therewith. At least a portion of the user-system cooperatively-modeled analytic context structure is utilized to adaptively gather information relevant to a current information analysis task.
Abstract:
Improved data content determination techniques are disclosed for use in accordance with information-seeking systems. For example, in one illustrative aspect of the invention, a technique for determining data content for a response to a query comprises obtaining a user query, and dynamically determining data content suitable for generating a response to the query, wherein data content determination is modeled as an optimization operation which attempts to balance context-based selection constraints. Further, the step of dynamically determining data content may further comprise modeling the context-based selection constraints as feature-based metrics. The feature-based metrics may be formulated using contextual information. Still further, the step of dynamically determining data content may further comprise performing the optimization operation such that one or more desirability metrics are maximized and one or more cost metrics are minimized, thus balancing the various constraints.
Abstract:
Improved information analysis techniques are disclosed. For example, a computer-implemented method of automatically assisting an analyst in a current information analysis task includes the following steps. An analytic context is modeled in a user-system cooperative manner, wherein the analytic context is a structure representative of user analytic actions and relationships associated therewith. At least a portion of the user-system cooperatively-modeled analytic context structure is utilized to adaptively gather information relevant to a current information analysis task.
Abstract:
Improved data content determination techniques are disclosed for use in accordance with information-seeking systems. For example, in one illustrative aspect of the invention, a technique for determining data content for a response to a query comprises obtaining a user query, and dynamically determining data content suitable for generating a response to the query, wherein data content determination is modeled as an optimization operation which attempts to balance context-based selection constraints. Further, the step of dynamically determining data content may further comprise modeling the context-based selection constraints as feature-based metrics. The feature-based metrics may be formulated using contextual information. Still further, the step of dynamically determining data content may further comprise performing the optimization operation such that one or more desirability metrics are maximized and one or more cost metrics are minimized, thus balancing the various constraints.
Abstract:
Systems and/or methods provide a user of a first computing device with the ability to authenticate themselves on a remotely provided process or service using a second computing device on which the user is already authenticated. For example, the techniques of this disclosure provide a user with the ability to securely log into a remotely provided service or application (such as e-mail, cloud computing service, etc.) on a first computing device (e.g., a desktop computer, laptop, tablet, etc.) using a second computing device (e.g., mobile phone) on which the user is already logged into the service or application, without requiring manual entry of authentication information on the first computing device.
Abstract:
Improved data content determination techniques are disclosed for use in accordance with information-seeking systems. For example, in one illustrative aspect of the invention, a technique for determining data content for a response to a query comprises obtaining a user query, and dynamically determining data content suitable for generating a response to the query, wherein data content determination is modeled as an optimization operation which attempts to balance context-based selection constraints. Further, the step of dynamically determining data content may further comprise modeling the context-based selection constraints as feature-based metrics. The feature-based metrics may be formulated using contextual information. Still further, the step of dynamically determining data content may further comprise performing the optimization operation such that one or more desirability metrics are maximized and one or more cost metrics are minimized, thus balancing the various constraints.