Microsoft Technology Licensing, LLC

Isuru Chamara Pathirana

Sandeep Patnaik

Neil Rust Hinnant

Glenn Frederick Evans

Matthew Richard Wozniak

Marcin Stankiewicz

Anton Victor Polinger

Naveen Thumpudi

Kumar Rajeev

Jitesh Krishnan

Isha Sharma

Sang Choe

The techniques disclosed herein enable a guest operating system (OS) to access and use a color space conversion component on a host OS. The guest OS provides, via an application programming interface, a request for the host OS to generate media data in a color space format that is used by the guest OS. To generate the media data, the host OS uses a color space conversion component on the host OS, which is more performant than a corresponding color space conversion component on the guest OS because the color space conversion component on the host OS has access to hardware-accelerated functionality. Accordingly, the color space conversion component on the host OS converts media data into the color space format that is used by the guest OS, and stores the media data in memory that is accessible to the guest OS.

Providing host media processing functionality to a guest operating system

The techniques disclosed herein enable a guest operating system (OS) to access and use a media processing component configured on a host OS. The guest OS provides, via an API, a request to create an instance of the media processing component (e.g., a codec, an encryption/decryption component, a DRM component). In association with the request, the guest OS allocates space in memory for media data that is to be processed by the instance of the media processing component configured on the host OS. The guest OS stores the input media data in the allocated memory and provides, via the API, reference(s) to locations of the allocated memory. The reference(s) to the locations of the allocated memory enable the host OS to retrieve the input media data and process the input media data using the instance of the media processing component configured on the host OS.

A computer system is provided that includes at least one processor configured to execute a host virtual machine configured to host a session with at least one client computer device. The host virtual machine includes an operating system having a multi-media framework for rendering media content. The at least one processor is further configured to execute a media application configured to access media content from a media source, process encoded media content from the media application using the multi-media framework, and execute a multi-media redirection module configured to intercept the encoded media content from being processed by a decoding module of the multi-media framework. The multi-media redirection module is configured to redirect the encoded media content to the at least one client computer device.

Multi-media redirection for media applications

A computer system is provided that includes at least one processor configured to execute a host virtual machine configured to host a session with at least one client computer device. The at least one processor is further configured to execute a web browser application configured to access media content from a remote media source, receive encoded media content from the remote media source in a media container format, and execute a multi-media redirection module configured to intercept the encoded media content from being processed by a decoding module of the web browser application. The multi-media redirection module is configured to redirect the encoded media content to the at least one client computer device.

Web browser multi-media redirection

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Bellevue, WA, United States of America

Isuru Chamara Pathirana