Microsoft Technology Licensing, LLC

Richard J Swaney

Matthew P Rhoten

Philip Ti-Fei Su

Cristian Marius Ilac

Andrew John Fuller

Niels Van Dongen

David Switzer

Vikram Madan

Daniel J Polivy

Sriram Viji

Gary Scot Henderson

Cathelijne Bertels

Kamesh C Tumsi Dayakar

Teague Curtiss Mapes

Chung Yiu Chow

Jitesh Vallabh

A computer system with an architecture and protocol that facilitate ready integration with an auxiliary display device. The auxiliary display device is coupled to the computer system over a transport, such as Bluetooth, USB or TCP/IP. From an application level gadget, control of the display device is through a programming interface to a platform component. The platform component interfaces with a device driver, which has two components. One component is common and can be used with any auxiliary display device supporting the protocol, regardless of which transport is used. The second component is transport specific. The second component processes data streams representing packets according to the protocol, conveying the packets as data in accordance with the format of the transport. The second component may be simple because it is not required to perform any processing specifically associated with the display functions or protocol.

Framework for computing device with auxiliary display

An update at shutdown process is disclosed that installs software updates on a computer during the computer's shutdown procedures. On a computing device with an automated shutdown procedure, during the shutdown procedure an update at shutdown process is executed. The update at shutdown process evaluates whether any software updates are currently stored, or are locally available, on the computing device. If there are software updates to be installed, a further evaluation determines whether any of the software updates may be installed without any user interaction. Accordingly, each downloaded/locally available software update that is identified as being installable without user interaction, is installed during the shutdown procedure, thus minimizing the impact that the software updates have on the computer user's use time.

Update at shutdown

Systems, methods, and computer-readable media make media content (e.g., audio, video, or pictorial data) from multiple sources available through a single interface of a client device. The client device may be a portable media playing device (such as a laptop, Tablet PC, MP3 player, portable video player, or the like). By aggregating media content from plural sources (such as a desktop PC, a set top box, etc.) and providing a unified listing of the available media content from these multiple sources on the client device, a user can view all available media content at a single location, without making multiple connections to multiple different sources. Additionally, the user can pull media content from these multiple sources to the client device. Features also are provided to automatically synchronize, obtain, and update media content on the media source(s) and/or the client device. Various ways of handling digital rights management issues associated with copying at least some media content also are described.

Aggregation and synchronization of nearby media

The convex hull of two polygons having congruent corresponding angles with the same orientation can be determined by analyzing the relationship of each vertex of one of the polygons relative to its adjacent vertices. More particularly a line may be defined between a selected vertex on one of the polygons and its corresponding vertex on the other polygon. If the vertices adjacent to the selected vertex both fall on the same side of the line, then a line connecting the selected vertex with its corresponding vertex lies on the convex hull of the two polygons. If, on the other hand, the vertices adjacent to the selected vertex are located on different sides of the line, then the line connecting the selected vertex with its corresponding vertex does not lie on the convex hull.

Determining the convex hull of convex polygons with congruent corresponding angles

Combined display and controls for a portable computing device

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Sammamish, WA, United States of America

Richard J Swaney