International Business Machines Corporation

James S Johnston

William M Quinn

Mark Scott Kressin

Kevin Solie

Raymond Hornback, Jr

Andrew M Ortwein

Matthew A Levy

Amy D Travis

Brian L Pulito

Madhu K Chetuparambil

Christopher D Price

Raymond Homback, Jr

Embodiments of the present invention address deficiencies of the art in respect to resource consumption in a clustered environment hosting an e-meeting and provide a method, system and computer program product for resource consumption reduction for an e-meeting via meeting affinity. In one embodiment of the invention, an e-meeting affinity method can be provided. In a clustered environment, the e-meeting affinity method can include identifying a clone supporting an e-meeting and having session affinity with a moderator to the e-meeting. The method further can include establishing session affinity between the clone and other participants to the e-meeting for requests relating to the e-meeting while permitting parallel session affinity to other clones for requests from the other participants not relating to the e-meeting.

Resource consumption reduction via meeting affinity

The present invention is a method, system and apparatus for flexible image sharing. In a system for flexibly distributing imagery in an image sharing session, an image cache can be disposed between an application sharing host and a plurality of application sharing viewers. Additionally, a multipoint communications server can be disposed between the image cache and the application sharing viewers and can be communicatively linked to the application sharing host. Importantly, a pull-based subscription model can be implemented in an image cache server hosting the image cache. In particular, the model can have a configuration for registering respective ones of the application sharing viewers to receive notifications of available updated imagery.

Pull-configured distribution of imagery

A method, system and apparatus for the selectable repainting of updatable network distributable imagery. A method for selectably repainting updatable network distributable content can include establishing a repainting selection selected from the group consisting of continuous repainting and delayed repainting. The method further can include rendering a complete view of the updatable network distributable content. The method yet further can include receiving portions of an image update to the complete view. Finally, the method can include repainting the complete view as the portions are received if the repainting selection indicates continuous repainting, and otherwise delaying a repainting of the complete view until a threshold portion of the portions have been received.

Selectable repainting of updatable network distributable imagery

The present invention is a method, system and apparatus for flexible image sharing. In a system for flexibly distributing imagery in an image sharing session, an image cache can be disposed between an image sharing host and a plurality of image sharing viewers. Additionally, a multipoint communications server can be disposed between the image cache and the image sharing viewers and can be communicatively linked to the image sharing host. Importantly, a pull-based subscription model can be implemented in an image cache server hosting the image cache. In particular, the model can have a configuration for registering respective ones of the image sharing viewers to receive notifications of available updated imagery. In a preferred aspect of the present invention, the image sharing host can be an application sharing host hosting a shared application among the image sharing viewers.

Described is a method for adapting an application sharing system for a network of computers according to user specific requirements. The method includes dynamically configuring system components and manually implementing user specific preferences to achieve a better user experience than is possible in typical application sharing systems. Users can configure the application sharing system based on their individual needs, and may need to modify their settings based on changing operating environments or usage patterns. The application sharing system can be dynamically configured based on content, current tasks, and changes in network conditions. System administrators can configure the application sharing system according to their general needs without preempting the needs of an individual user.

Adaptive and configurable application sharing system using manual and automatic techniques

A method, system and apparatus for application sharing smoothness when updating application screen imagery in an application sharing system. A shared application smoothness system can include an application sharing server configured for communicative coupling to multiple application sharing clients. The system further can include an application image update smoothness processor programmed to consolidate changes to adjacent image regions in an image of a shared application for transmission to the communicatively coupled application sharing clients in a single application image update interval. A shared application smoothness method can include the steps of detecting common shared image changes across multiple adjacent display regions of a shared application image and transmitting updates for the multiple adjacent display regions to communicatively coupled application sharing clients in a single image update interval.

Application sharing smoothness

The present invention is a method, system and apparatus for componentized application sharing. The system can include a multiplicity of different pluggable image processing modules. Each of the different pluggable image processing modules can conform to a single interface expected by the application sharing module. Additionally, a communicative coupling can be provided between the application sharing module and a selected one of the different image compression modules.

Componentized application sharing

A method, system and apparatus for preserving platform independence of a program while supporting native accelerators for performance critical program objects. In a method for preserving platform independence of a program while supporting native accelerators for performance critical program objects, the method can include identifying a reference to a program object in a platform independent computer program and determining if a platform specific implementation of the program object has been separately stored in addition to a platform independent implementation of the program object. If it can be determined that a platform specific implementation of the program object has been separately stored in addition to a platform independent implementation of the program object, the platform specific implementation of the program object can be loaded in lieu of the platform independent implementation.

Preserving platform independence with native accelerators for performance critical program objects

A system and method for facilitating application sharing in a networked environment is provided. Specifically, the system divides a display area on a host computer into a plurality of regions, with each region comprised of a predetermined number of current pixels. The system then evaluates current pixels within a selected region and compares them to corresponding pixels stored in memory. If the system determines that the value of the current pixel differs from the value of the stored corresponding pixel, all pixels within the region are sent to a receiving computer via a network. The receiving computer inserts the received region into a display such that it matches the display on the host computer from which the region originated.

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Lexington, KY, United States of America

James S Johnston