Leib Adam Foxman - Reading MA, US Neil Jacobson - Arlington MA, US Eric C. Jewart - Waltham MA, US Alp Emre Kanlikilicer - Cambridge MA, US John M. Sheehan - Cambridge MA, US Jeremy E. Dunker - Boston MA, US
Assignee:
Microsoft Corporation - Redmond WA
International Classification:
G06F 9/44 G06F 9/445
US Classification:
717168, 717174
Abstract:
A set of high value state in application state for a software application can be distinguished from a set of low value state in the application state. For example, a set of heuristics can be run on the application state to distinguish between the set of high value state and the set of low value state. A set of designations that designate the set of high value state in the application state as high value and that designate the set of low value state in the application state as low value can be generated. When processing the application, the high value state can be processed differently than the low value state. The application may be packaged as a virtual application.
Screen Map And Standards-Based Progressive Codec For Screen Content Coding
- Redmond WA, US SRIDHAR SANKURATRI - Campbell CA, US ALP EMRE KANLIKILICER - San Jose CA, US TONG WYNN - Redmond WA, US VLADIMIR STOYANOV - Redmond WA, US B. ANIL KUMAR - Saratoga CA, US NADIM ABDO - Bellevue WA, US
Methods and systems for delivering screen content to a client device are disclosed. One method includes, for each of a plurality of coding units corresponding to screen regions included in a screen at a particular time, classifying screen content included in the coding unit as having a content type selected from among a plurality of content types, at least one of the content types comprising a screen image type, and, based on a determination that the screen content has a screen image type, applying a progressive standards-based encoding to the screen content of that coding unit. The method also includes transmitting encoded screen content for each of the screen regions to the client device.
Screen Map And Standards-Based Progressive Codec For Screen Content Coding
- Redmond WA, US SRIDHAR SANKURATRI - Campbell CA, US ALP EMRE KANLIKILICER - San Jose CA, US TONG WYNN - Redmond WA, US VLADIMIR STOYANOV - Redmond WA, US B. ANIL KUMAR - Saratoga CA, US NADIM ABDO - Bellevue WA, US
International Classification:
H04N 19/112 H04N 19/17 H04N 19/167
US Classification:
37524026
Abstract:
Methods and systems for delivering screen content to a client device are disclosed. One method includes, for each of a plurality of coding units corresponding to screen regions included in a screen at a particular time, classifying screen content included in the coding unit as having a content type selected from among a plurality of content types, at least one of the content types comprising a screen image type, and, based on a determination that the screen content has a screen image type, applying a progressive standards-based encoding to the screen content of that coding unit. The method also includes transmitting encoded screen content for each of the screen regions to the client device.