Abstract: An image display system with one or more client computers in selective communication with a visual server having image processing capabilities. The client computer generates image-modifying data corresponding to a generated image, and transmits the data to the visual server. The visual server receives the image-modifying data, generates a modified image based upon the image-modifying data, and transmits the modified image as compressed data to the client. The client decompresses the modified image data and displays the modified image. In the system, the visual server and client can provide a sequential display of modified frames on client to support animation with complex 3-dimensional graphics.

Abstract: An image display system with one or more client computers in selective communication with a visual server having image processing capabilities. The client computer generates image-modifying data corresponding to a generated image, and transmits the data to the visual server. The visual server receives the image-modifying data, generates a modified image based upon the image-modifying data, and transmits the modified image as compressed data to the client. The client decompresses the modified image data and displays the modified image. In the system, the visual server and client can provide a sequential display of modified frames on client to support animation with complex 3-dimensional graphics.

Abstract: An image display system with one or more client computers in selective communication with a visual server having image processing capabilities. The client computer generates image-modifying data corresponding to a generated image, and transmits the data to the visual server. The visual server receives the image-modifying data, generates a modified image based upon the image-modifying data, and transmits the modified image as compressed data to the client. The client decompresses the modified image data and displays the modified image. In the system, the visual server and client can provide a sequential display of modified frames on client to support animation with complex 3-dimensional graphics.

Abstract: Systems and methods for pixel streaming a stream-enabled application to a client device that is executed on an intermediary client device virtualization system. Portions of a stream-enabled application are used to begin execution of the stream-enabled application on the client device virtualization system. The output of the beginning of execution of the stream-enabled application are used to generate a pixel based stream-enabled application stream. The pixel-based stream-enabled application stream is sent to the client device. User interactions in response to the display of the stream are represented in user interaction data. The user interaction is determined from the user interaction data and application execution commands are determined based on the determined user interaction. Continued execution of the stream-enabled application occurs based on the application execution commands.

Abstract: Streaming assets to an asset streaming client is described. An asset streaming system is configured to generate a request to retrieve at least a portion of an asset. The asset streaming system is part of an asset streaming client and integrated in an operating system abstraction level with the operating system or in an abstraction level beneath the operating system abstraction level. An asset provider system can receive the request that is generated by the asset streaming system and provide the portion of the asset to the asset streaming system. The asset streaming client can then exploit the portion of the asset.

Abstract: An image display system with one or more client computers in selective communication with a visual server having image processing capabilities. The client computer generates image-modifying data corresponding to a generated image, and transmits the data to the visual server. The visual server receives the image-modifying data, generates a modified image based upon the image-modifying data, and transmits the modified image as compressed data to the client. The client decompresses the modified image data and displays the modified image. In the system, the visual server and client can provide a sequential display of modified frames on client to support animation with complex 3-dimensional graphics.

Abstract: A local application streaming proxy can create a virtual image of storage media, which allows cloud operators to rapidly deliver applications, or deliver any operating system remotely, while providing better security, network utilization, low power requirements, and consistent performance for streamed applications and operating systems. A station using its WiFi/LAN provides QoS guarantees (or priority) for application streaming network communications to create a consistent user experience regardless of other application bandwidth utilization. “HTTP demand paging” is also possible.

Abstract: For various implementations, a first application streaming client can obtain portions of an application from a application streaming server, execute the application based on those portions obtained, and provide a second application streaming client (a pixel-based application streaming client) access to the executing application using a pixel stream generated based on output from the executing application. Depending on the implementation, the first application streaming client could execute the application, based on the portions obtained, on behalf of a user at the application streaming client, on behalf of the pixel-based application streaming client, or both. In various implementations, the first application streaming client and the second application streaming client can be communicatively coupled through a local network (e.g., LAN or local WiFi), while the first application streaming client and the application streaming server can be communicatively coupled through a wider area network (e.g., WAN or MAN).

Abstract: For various implementations, a first application streaming client can obtain portions of an application from a application streaming server, execute the application based on those portions obtained, and provide a second application streaming client (a pixel-based application streaming client) access to the executing application using a pixel stream generated based on output from the executing application. Depending on the implementation, the first application streaming client could execute the application, based on the portions obtained, on behalf of a user at the application streaming client, on behalf of the pixel-based application streaming client, or both. In various implementations, the first application streaming client and the second application streaming client can be communicatively coupled through a local network (e.g., LAN or local WiFi), while the first application streaming client and the application streaming server can be communicatively coupled through a wider area network (e.g., WAN or MAN).

Abstract: Asset streaming and delivery including intercepting, at an asset streaming client, a request to exploit an asset virtualized on the asset streaming client. The asset is identified and an asset snapshot of the asset is obtained. Portions of the asset needed to exploit the asset according to the intercepted request exploit the asset are determined from an asset snapshot of the asset. The portions of the asset needed to exploit the asset according to the intercepted request are obtained and the asset is exploited according to the intercepted request using the portions of the asset.

Abstract: An image display system with one or more client computers in selective communication with a visual server having image processing capabilities. The client computer generates image-modifying data corresponding to a generated image, and transmits the data to the visual server. The visual server receives the image-modifying data, generates a modified image based upon the image-modifying data, and transmits the modified image as compressed data to the client. The client decompresses the modified image data and displays the modified image. In the system, the visual server and client can provide a sequential display of modified frames on client to support animation with complex 3-dimensional graphics.

Abstract: Asset streaming and delivery including intercepting, at an asset streaming client, a request to exploit an asset virtualized on the asset streaming client. The asset is identified and an asset snapshot of the asset is obtained. Portions of the asset needed to exploit the asset according to the intercepted request exploit the asset are determined from an asset snapshot of the asset. The portions of the asset needed to exploit the asset according to the intercepted request are obtained and the asset is exploited according to the intercepted request using the portions of the asset.

Abstract: A local application streaming proxy can create a virtual image of storage media, which allows cloud operators to rapidly deliver applications, or deliver any operating system remotely, while providing better security, network utilization, low power requirements, and consistent performance for streamed applications and operating systems. A station using its WiFi/LAN provides QoS guarantees (or priority) for application streaming network communications to create a consistent user experience regardless of other application bandwidth utilization. “HTTP demand paging” is also possible.

Abstract: Streaming assets to an asset streaming client is described. An asset streaming system is configured to generate a request to retrieve at least a portion of an asset. The asset streaming system is part of an asset streaming client and integrated in an operating system abstraction level with the operating system or in an abstraction level beneath the operating system abstraction level. An asset provider system can receive the request that is generated by the asset streaming system and provide the portion of the asset to the asset streaming system. The asset streaming client can then exploit the portion of the asset.

Abstract: A local application streaming proxy can create a virtual image of storage media, which allows cloud operators to rapidly deliver applications, or deliver any operating system remotely, while providing better security, network utilization, low power requirements, and consistent performance for streamed applications and operating systems. A station using its WiFi/LAN provides QoS guarantees (or priority) for application streaming network communications to create a consistent user experience regardless of other application bandwidth utilization. “HTTP demand paging” is also possible.

Abstract: Streaming assets to an asset streaming client is described. An asset streaming system is configured to generate a request to retrieve at least a portion of an asset. The asset streaming system is part of an asset streaming client and integrated in an operating system abstraction level with the operating system or in an abstraction level beneath the operating system abstraction level. An asset provider system can receive the request that is generated by the asset streaming system and provide the portion of the asset to the asset streaming system. The asset streaming client can then exploit the portion of the asset.

Abstract: For various implementations, a first application streaming client can obtain portions of an application from a application streaming server, execute the application based on those portions obtained, and provide a second application streaming client (a pixel-based application streaming client) access to the executing application using a pixel stream generated based on output from the executing application. Depending on the implementation, the first application streaming client could execute the application, based on the portions obtained, on behalf of a user at the application streaming client, on behalf of the pixel-based application streaming client, or both. In various implementations, the first application streaming client and the second application streaming client can be communicatively coupled through a local network (e.g., LAN or local WiFi), while the first application streaming client and the application streaming server can be communicatively coupled through a wider area network (e.g., WAN or MAN).

Abstract: For various implementations, a first application streaming client can obtain portions of an application from a application streaming server, execute the application based on those portions obtained, and provide a second application streaming client (a pixel-based application streaming client) access to the executing application using a pixel stream generated based on output from the executing application. Depending on the implementation, the first application streaming client could execute the application, based on the portions obtained, on behalf of a user at the application streaming client, on behalf of the pixel-based application streaming client, or both. In various implementations, the first application streaming client and the second application streaming client can be communicatively coupled through a local network (e.g., LAN or local WiFi), while the first application streaming client and the application streaming server can be communicatively coupled through a wider area network (e.g., WAN or MAN).

Abstract: A local application streaming proxy can create a virtual image of storage media, which allows cloud operators to rapidly deliver applications, or deliver any operating system remotely, while providing better security, network utilization, low power requirements, and consistent performance for streamed applications and operating systems. A station using its WiFi/LAN provides QoS guarantees (or priority) for application streaming network communications to create a consistent user experience regardless of other application bandwidth utilization. “HTTP demand paging” is also possible.

Abstract: An image display system with one or more client computers in selective communication with a visual server having image processing capabilities. The client computer generates image-modifying data corresponding to a generated image, and transmits the data to the visual server. The visual server receives the image-modifying data, generates a modified image based upon the image-modifying data, and transmits the modified image as compressed data to the client. The client decompresses the modified image data and displays the modified image. In the system, the visual server and client can provide a sequential display of modified frames on client to support animation with complex 3-dimensional graphics.