International Business Machines Corporation

Chao M Beck

Howard Neil Anglin

Joey Allen Perry

Randal A Anders

Reginald Ford Ratcliff, Jr

Juan Francisco Obas

Hypatia Rojas

David Neal Rundell

Reginald F Ratcliff, Jr

Embodiments of the present invention partition digital media content. One or more processors identify an episode of digital media content based on subscription preferences of a user. The one or more processors respond to a determination that a duration of the episode is less than or equal to a combined duration of two free time slots in an electronic calendar of a user by partitioning the episode into at least two segments. A first episode segment has a duration that is less than or equal to a duration of the first free time slot. A second episode segment has a duration that is less than or equal to the duration of the second free time slot. The one or more processors associate, in the electronic calendar, the first episode segment with the first time slot and the second episode segment with the second time slot.

Partitioning digital media for consumption

Embodiments of the present invention disclose a method, computer program product, and system for partitioning digital media content for consumption. A computer identifies a digital media content request which includes user subscription preferences and a list of free time slots from a user's electronic calendar. The computer identifies a first episode of digital media content, wherein the identified first episode matches subscription preferences, and has a first duration. The computer retrieves the identified first episode of digital media content from a data store. The computer determines if the first duration of the identified first episode is greater than the associated duration of each of the two or more free time slots. The computer partitions the identified first episode into a plurality of segments. The computer matches the first of the two or more free time slots in the user's electronic calendar to the first segment of the plurality of segments.

Web conference performance monitoring systems enable presenters to monitor their audience's content receiving experience and modify their content's transmission characteristics to resolve technical difficulties. A system for monitoring a Web conference's performance includes a local processor; memory operably connected to the local processor; a monitor operably connected to the local processor; content loaded into memory and operable by the local processor; and an audience screen preview program loaded into the memory and operable by the local processor, wherein the audience screen preview program instructs the local processor to measure network throughput of a network connection between the local processor and a remote processor and display at least a portion of the content on the monitor operably connected to the local processor by simulating the content being transmitted to the monitor operably connected to the local processor over the network connection.

Web conference performance monitoring system

Illustrative embodiments provide a computer implemented method, an apparatus and a computer program product for meeting invitation processing in a calendaring system. In one embodiment, the computer implemented method comprises receiving a meeting invitation request from a user, wherein the meeting invitation includes a set of attributes and analyzing the set of attributes of the meeting invitation request. The computer implemented method further comprises selecting a process from a set of predefined processes comprising a pending meeting indicator process, a multiple meeting display process, an availability probability process, and a prioritized list process to create a selected process, and selectively modifying the selected process to create a modified process. The computer implemented method then invoking the modified process to process the meeting invitation request, and notifying the user.

Meeting invitation processing in a calendaring system

A software application has certain keyboard hot key combinations. If the application is active the pressing of a key is detected for the application. A number of keyboard keys are selected responsive to the key pressed. The selected keys correspond to hot key combinations that include the pressed key. The keyboard is signaled to differentiate the selected keys. Further, the application is operable to have a number of contexts, where certain ones of the hot key combinations are only valid for certain of the contexts. For example, where the application includes a word processing function one of the application contexts is a circumstance in which text is selected. Accordingly, the method includes detecting the context of the application and the selecting is responsive to that context. In this situation the selected keys correspond to hot key combinations that include the pressed key and that are valid for the detected context.

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Austin, TX, United States of America

Chao M Beck