Microsoft Technology Licensing, LLC

Amazon Technologies, Inc.

Jeff David Rosenfeld

Michael D Malueg

Jeffrey D Midkiff

Stephen Daniel Vilke

Austin Garbelman

Jose Miguel Resendiz Castillo

A system for providing access to remotely hosted applications obtains information indicative of the resolution of a client desktop and an arrangement of windows on the client desktop. A host of the applications is made to conform its desktop resolution and arrangement of windows to that of the client desktop, such that the occluded window portions correspond between the client and host. Visible content of the hosted application windows is tracked and streamed to the client.

Remote seamless windows

A method and power management infrastructure are disclosed that facilitate implementing application power requirements-derived device power state schemes, on a computing device comprising a plurality of component devices managed by device drivers. The disclosed power management framework includes a set of global power state definitions specifying, for each global power state, default power states for the component devices. The infrastructure also includes a power manager. The power manager includes an application interface including a function for registering device-specific requirements associated with particular applications executing on the computing device. The power manager also includes a device power state set function facilitating issuing a device-specific command setting a power state of a specified component device. The power manager executes decision logic for detecting that the power state requirement for a device exceeds a current power state, and in response invokes the device power state set function to set the component device's power state to the required power state.

Power management architecture for defining component power states under a global power state and maintaining a power state floor for a specified component if a power state for the specified component under a new global power state is below the power state floor

A method and power management infrastructure are disclosed that facilitate implementing application power requirements-derived device power state schemes, on a computing device comprising a plurality of component devices managed by device drivers that are capable of requesting lower power states without affecting other component device power states. The disclosed power management framework includes a set of global power state definitions specifying, for each global power state, default power states for the component devices. The infrastructure also includes a power manager. The power manager includes an application interface including a function for registering device-specific requirements associated with particular applications executing on the computing device. The power manager also includes a device power state set function facilitating issuing a device-specific command setting a power state of a specified component device. The power manager executes decision logic for detecting that the power state requirement for a device exceeds a current power state, and in response invokes the device power state set function to set the component device's power state to the required power state.

Power management architecture for defining component power states under a global power state and applying a new component power state when a new component power state is greater than a registered power state floor

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Seattle, WA, United States of America

Jeff David Rosenfeld