Microsoft Technology Licensing, LLC

Christopher H Moffatt

Ravipal S Soin

Jay Beavers

Kathleen Patricia Mulcahy

Bomani Siwatu

Neema Mortazavi Moraveji

Lora J Heiny

Wei Zhang

Juan Dai

Patrick Edgar Schreiber

Scott Kurtzeborn

A computerized educational presentation system is provided. The system may include a presentation application program. The presentation application program may include a presentation module that is operable in an author mode to create an educational presentation having a plurality of educational resources. The educational resources may include at least a poll. Further, the presentation module may be operable in a presentation mode to make the educational presentation accessible for viewing at a plurality of student computing devices. The presentation application program further may include an interaction module. During the author mode, the interaction module may update one or more educational resources of the educational presentation in response to receiving user edits via an author tool. During the presentation mode, the interaction module may receive student feedback at a teacher computing device in response to presentation of the poll at the plurality of student computing devices.

Interactive presentation system

An adaptive clicker technique is described that provides a standardized polling control and a registration system to support mixed types of clickers and integrate the polling data. One embodiment of the adaptive clicker technique operates as follows. User inputs from more than one type of clicker device (e.g., personal interactive response system device) are received. The inputs from the more than one type of clicker device are formatted with a clicker adapter for each type of clicker to adapt user inputs to a common polling controller. The adapted inputs are then processed with the common polling controller to interface the adapted inputs with a personal response system software application to allow user polling data to be collected and assessed.

Adaptive clicker technique

A method for presenting a presentation authored on a first platform utilizing first-platform-specific-renderable objects is provided. The method includes, at a presentation player executable on a second platform different from the first platform: receiving a presentation file, in response to execution of the presentation file by the presentation player, extracting frame data from the presentation file, the frame data including a frame document object model corresponding to each frame of the presentation, parsing the frame document object model of each frame of the presentation to identify the first-platform-specific-renderable objects, translating the first-platform-specific-renderable objects into corresponding second-platform-specific-renderable objects having second-platform-specific binaries, and rendering the second-platform-specific binaries of each second-platform-specific-renderable object utilizing second-platform-specific primitives retrieved from data storage in electronic communication with the second-platform, the second-platform-specific-renderable objects being rendered according to the frame document object model of each frame to display the presentation.

Multi-platform presentation system

Embodiments of methods and systems of providing contextual discovery of value-added components or add-ins of an application are disclosed. In conjunction with a startup of the application, indicators for each available value-added component for the application may be contextually displayed on a user interface of a first computing device, where the indicators are undifferentiated based on installation status of the value-added components. Upon a user selection of a particular value-added component that is not currently installed, the value-added component may be obtained from a second computing device and may be installed. The end-user is thus provided with an integrated seamless, contextual discovery and installation of desired value-added components on an as-needed basis. The methods and systems may be based on varying levels of permission, and may be performed for sub-components of value-added components.

Contextual discovery of value-added components

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Sammamish, WA, United States of America

Christopher H Moffatt