Abstract: Disclosed is a computer implemented method of facilitating data migration. The computer implemented method includes receiving, using a processor, at least one data characteristic associated with a source data, wherein the source data is stored in a source repository. Further, the computer implemented method includes receiving, using the processor, at least one repository characteristic associated with at least one target repository. Further, the computer implemented method includes analyzing, using the processor, the at least one data characteristic and the at least one repository characteristic. Yet further, the computer implemented method includes determining, using the processor, at least one target repository based on the analyzing. Moreover, the computer implemented method includes migrating, using the processor, the source data to the at least one target repository.

Abstract: A method for accelerated life testing of organic devices is provided. The lifetime of each of one or more individual organic emissive devices is measured at a non-heating current density. Based upon the measured lifetimes of the one or more devices, the device lifetime is determined for a selected luminance. An organic emissive panel is also obtained having a second organic stack that consists essentially of the one or more organic layers of the first organic stack. The junction temperature of the organic emissive panel is then determined at a heating current density. Based upon the junction temperature and the device lifetime of the one or more individual organic emissive devices, the expected lifetime of the organic emissive panel is then determined at the heating current density.

Abstract: A method for accelerated life testing of organic devices, and in particular large area organic emissive devices, is provided. The first method comprises obtaining one or more individual organic emissive devices, each having a first organic stack comprising one or more organic layers. The lifetime of each of the one or more individual organic emissive devices is measured at one or more temperatures at a non-heating current density. Based upon the measured lifetimes at the non-heating current density of the one or more devices, the device lifetime is determined for a selected luminance. An organic emissive panel is also obtained having a second organic stack that consists essentially of the one or more organic layers of the first organic stack. The junction temperature of the organic emissive panel is then determined at a heating current density.

Abstract: The present invention provides OLEDs incorporating microcavities. By combining a microcavity with a non-microcavity emissive layer, improved saturation and luminance may be achieved. OLEDs incorporating microcavities according to the invention may be used to produce white light, and as sub-pixels in full-color displays.

Abstract: A system and method of utilizing a service, comprising: designing the service in a visual modeling environment such that low level machine centric and/or platform dependent programming language is not used, the service capable of being implemented across an enterprise; and deploying the service in a plurality of technology infrastructures within the enterprise in a manner that interacts with enterprise software and/or other technology infrastructures by tailoring the service for each such infrastructure.

Abstract: The present invention provides OLEDs incorporating microcavities. By combining a microcavity with a non-microcavity emissive layer, improved saturation and luminance may be achieved. OLEDs incorporating microcavities according to the invention may be used to produce white light, and as sub-pixels in full-color displays.

Abstract: A digital music system according to the present disclosure is a single processor system with a drag and drop interface that permits different digital content to be performed simultaneously in two or more performance zones. The user interface may be further optimized for use with a touchscreen display. Each performance zone may have a performance queue independent of other performance zones. Performance queues may be altered at any time during a performance. Transition between each item of digital content in a performance queue is accomplished using a crossfade with user-defined parameters. Additionally, a user in either performance zone may identify a digital content item for preview and the preview may be accomplished while the music management system is performing digital content in the two or more zones.