Microsoft Technology Licensing, LLC

Kevin Alan Kennedy

Robert J Levy

Sundaram Ramani

Maxim Mazeev

Darron Jack Stepanich

Doug Kramer

Neil Robin Newman Enns

Nigel Stuart Keam

Lee Dicks Clark

Victor P Drake

Dane Trevor Storrusten

Robert Paul St Pierre

Cyra S Richardson

Andrew D Padawer

Dana Lu Silverstein

Steve Falkenburg

David Bastien

David Clancy

Charles R Bilow

Langdon Ward Beeck

James Horgan

Craig McFarlane

Neal Bangerter

Jocelyn Dollar

Salman Talat

Petri Juhani Tanninen

A method for mapping and controlling network-enabled appliances with a control device may comprise collecting spatial information in three dimensions as at least one sensor of the control device is moved within an environment, receiving registration signals from network-enabled appliances in the environment, and associating each network-enabled appliance with a respective 3D position in the environment based on the spatial information. The method may include generating a digital map of the environment from the spatial information and placing a representation of each network-enabled appliance on the digital map based on the respective 3D position. The method may also include generating a spatially aware rule set that applies to one or more rooms within the environment. The method may also include detecting a trigger event, and in response to the trigger event, commanding the network-enabled appliances according to the spatially aware rule set.

3D mapping of internet of things devices

A method of calibrating a six-degree-of-freedom (6DoF) pose of a natural user interface (NUI) camera relative to a display is provided. Calibration video imaging an environment from a calibration perspective, which sites the display and one or more features, is received from the NUI camera or a calibration camera. A three-dimensional map of the environment, which defines a 6DoF pose of the display and a three-dimensional location of each of the one or more features, is modeled from the calibration video. Primary video imaging the environment from an operation perspective, which sites the one or more features, is received from the NUI camera. A 6DoF pose of the NUI camera is found within the three-dimensional map of the environment based on the operation perspective view of the one or more features.

Natural user interface camera calibration

The aggregation of multiple inputs in a touch-sensitive input device is disclosed. For example, one disclosed embodiment comprises receiving multiple inputs related to a virtual object, aggregating the inputs into an aggregated output, and providing the aggregated output to an application that controls the virtual object.

Input aggregation for a multi-touch device

The present invention provides an extensible phone application that uses extensions to interact with other applications executing in a mobile communication device. The extensible phone application is operable to handle wireless communication for the mobile communication device. Another application may interact with the extensible phone application by incorporating an extension. The extensible phone application enables the extension to register with the phone application for receiving a notification associated with an event. In response to the event, the extensible phone application sends the notification to the extension.

Extensible phone application

A globe container includes a front-side spherical cap. A plurality of content items are arranged with a convex three-dimensional perspective on the front-side spherical cap. The globe container has a changeable virtual orientation that determines which of the plurality of content items are arranged with the convex three-dimensional perspective on the front-side spherical cap. The globe container allows selection of any of the content items displayed on the front-side spherical cap.

Globe container

The identification of a data storage device detected on a touch-sensitive display surface of a display device is described. In one embodiment, the presence and location of the data storage device is detected on the display surface and the data storage device is detected on a wireless communications channel. It is then confirmed that the data storage device detected on the wireless communications channel is the data storage device detected on the surface of the display device by communicating with the data storage device over a second communications channel.

Identification of devices on touch-sensitive surface

The authentication of a data receiving device prior to the transfer of data from a data storage device to the data receiving device over a wireless radiofrequency communications channel is described. One disclosed embodiment comprises conducting an authentication communication exchange in which one or more of an authentication request received from the data storage device and an authentication response sent to the data storage device is transmitted via an optical communications channel. This may allow the data storage device to ensure that a data receiving device requesting the transfer of data is a desired recipient of the data before transferring the data.

Securing wireless communications between devices

The present invention facilitates customizing software installation such as software updates for a user interface (UI) of a mobile communication device. The systems and methods of the present invention utilize a component that receives software updates (e.g., releases, releases, patches, upgrades, etc.) and presents various installation options to an installer through an interface. The installer can interact with the interface to select one or more components (e.g., controls, menus, menu items, etc) to install and define how such components are installed. For example, the installer can determine a control's location with respect to other controls within a user interface. This can be achieved by moving graphical components within the user interface and/or by providing parameters, setting flags, and/or including suitable arguments. In addition, the installer can add components to an installation. For example, the installer can add proprietary and/or third party applications, features, brands, logos and aesthetics to the installation.

Systems and methods that facilitate software installation customization

Example embodiments provide for (i) suggesting proper gesture sequences based on a user's initial gesture input; and/or (ii) providing visual or other gesture example(s), which may alternatively be compared with the user's mimic thereof. For example, a user may input a gesture into a touch/display surface. Based on the user's movement, recognized or proper application gesture commands are suggested. In other embodiments, a tutorial session may be presented to the user for teaching or educating the user on numerous types of gestures. As such, a visual representation of a gesture example may be presented to the user, and feedback provided based on the user's mimicking thereof.

Gesture recognition interactive feedback

Efficiently displaying customized data on the display of a mobile computing device. Layout files, which are created, using an XML based language, receive data from data generating applications and format the received data to a user's specification. Multiple layout files may be included in a mobile computing device, allowing a user to select from a variety of display formats. Data generated by data generating applications is received and stored in an intermediate status store. Data consuming applications register with the status store indicating which portions of content they consume. When data changes and one or more data consuming applications have registered for the data, the status store notifies the registered data consuming applications so they may receive the data. Specialized data consuming applications called 'plug-ins' may be include in layout files. A 'plug-in manager' may control when plug-ins update a display device.

Customizing the display of a mobile computing device

Methods and systems for allowing a user to enter a request, such as dialing input, without having to specify, or otherwise commit to, a particular request method. Upon detecting a user input that represents a user request for service, response data is retrieved that represents an appropriate response to the request should the user intend the request to be in accordance with a first request method. However, other response data is also retrieved that represents an appropriate response to the request should the user have intended the request to be in accordance with other request methods. Accordingly, the user need not commit to a particular request method before entering the request, thus unifying and simplifying the request process.

Merging various request methods into a single unified user interface

A system and method is provided for populating a plurality of fields appearing on a form such as an HTML-based form rendered on a browser. When a user first populates a form and submits it for processing, a web browser employing the inventive principles determines whether the user has completed a profile containing commonly used fields (e.g., name, address, phone number and the like). If no profile has been completed, data values from the form populated by the user are extracted, matched to the commonly used fields, and used to populate the profile, which is stored for future use. The user is also invited to supply missing data values for other fields contained in the profile. Thereafter, when the user displays the same or a different form, the user is given the option to automatically populate the form using values stored in the profile.

Growing community of inventors

Kirkland, WA, United States of America

Kevin Alan Kennedy