KUKA Robotics a leading manufacturer of industrial robots and solutions for factory automation, has created a self-standing robot that puts various parts together on the assembly line offering a wide range using the Microsoft IoT platform and Windows platform. With Windows Tablets, KUKA staff has anywhere access to monitor the robot’s productivity and proactively respond to robot’s issues or malfunctions.
Link to project page and press release: http://www.disneyresearch.com/publication/computer-assisted-authoring-of-interactive-narratives/
This paper explores new authoring paradigms and computer assisted authoring tools for free-form interactive narratives. We present a new design formalism, Interactive Behavior Trees (IBT’s),
which decouples the monitoring of user input, the narrative, and how the user may influence the story outcome. We introduce automation tools for IBT’s, to help the author detect and automatically resolve inconsistencies in the authored narrative, or conflicting user interactions that may hinder story progression. We compare IBT’s to traditional story graph representations and show that our formalism better scales with the number of story arcs, and the degree and granularity of user input. The authoring time is further reduced with the help of automation, and errors are completely avoided. Our approach enables content creators to easily author complex, branching narratives with multiple story arcs in a modular, extensible fashion while empowering players with the agency to freely interact with the characters in the story and the world they inhabit.
Link to publication page: http://www.disneyresearch.com/publication/a-layered-fabric-3d-printer-for-soft-interactive-objects/
We present a new type of 3D printer that can form precise, but soft and deformable 3D objects from layers of off-the-shelf fabric. Our printer employs an approach where a sheet of fabric forms each player of a 3D object. The printer cuts this sheet along the 2D contour of the layer using a laser cutter and then bonds it to previously printed layers using a heat sensitive adhesive. Surrounding fabric in each layer is temporarily retained to provide a removable support structure for layers printed above it. This process is repeated to build up a 3D object layer by layer. Our printer is capable of automatically feeding two separate fabric types into a single print. This allows specially cut layers of conductive fabric to be embedded in our soft prints. Using this capability we demonstrate 3D models with touch sensing capability built into a soft print in one complete printing process, and a simple LED display making use of a conductive fabric coil for wireless power reception.
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StaffPad is a revolutionary new music notation application for Windows 8.1 and Surface.
StaffPad allows composers, musicians, students, teachers – anyone interested in music – to write notation by hand directly onto virtual manuscript. StaffPad features advanced handwriting recognition, and will convert your music into a beautifully typeset score. Experience the magic of writing with StaffPad by getting it exclusively from the Windows Store.