International Business Machines Corporation

Darren Mark Shaw

Frank Lawrence Jania

Brian Daniel Goodman

Graham Anthony Bent

Charles W Cross

James K Kebinger

William Kress Bodin

Travis M Grigsby

Charles Willard Cross, Jr

Ciprian Agapi

Ian Hughes

Richard M Wilson

Sandesh Bhat

Kevin Barnaby Aires

Vincent Lauria

James Karl c/o Ibm United Kingdom Lt Kebinger

A computer-implemented method of ambient ad hoc project management can include defining a project and associating a project decay function with the project, wherein the project decay function regulates a rate at which project health declines. Responsive to detecting a project event, one or more parameters of the project decay function can be determined from the project event. Project health can be calculated according to the project decay function using the parameter(s). An indication of the project health can be output.

Ambient project management

A method for providing assets in a collaboration medium includes receiving information from an entity; analyzing the information to identify metadata; searching a system to locate assets relevant to the identified metadata; filtering the assets located on the system according to at least one of a predetermined user profile or a environment profile; sending pointers to the filtered assets on the entity's system to a second entity's system; and displaying pointers to the filtered assets in the collaboration medium.

Providing relevant assets in collaboration mediums

A system for preparing data, operable with a server computer system having a store for a first file comprising data (e.g. audio data) and a plurality of sets of lossy data generated from the data in the first file. The system comprises a requesting component for requesting at least two sets of the plurality of sets of lossy data; a receiving component for receiving the at least two sets; and a combining component for combining the at least two sets in order to generate a second file. The data in the second file is of reduced lossiness with respect to the data in the first file.

System for preparing data

An apparatus, system, and method for an inline display of related blog postings. The apparatus, system, and method include searching a first blog for material common to the first blog and to a second blog and adding a link to the common material in the second blog. The link includes an interactive indicator in the second blog that displays a posting from the first blog that contains the common material in response to selection of the indicator. The apparatus, system, and method include marking each posting in the first blog that contains the common material and that has been displayed in the second blog as having been read.

Apparatus, system, and method for an inline display of related blog postings

A computer-implemented method of extending a user interface of an executing application can include placing the user interface in a configure mode that allows functionality of the user interface to be extended and visually distinguishing an element of the user interface that is extendable. Responsive to a user input requesting extension of the functionality of the element, an editing window can be displayed within the user interface. The method can include receiving, within the editing window, computer-usable program code specifying extended functionality for the element and storing the computer-usable program code as part of an extension to the element. The extension can be bound to an extension point exposed for the element of the user interface.

Dynamic point and extend user interface

Signaling correspondence between a meeting agenda and a meeting discussion includes: receiving a meeting agenda specifying one or more topics for a meeting; analyzing, for each topic, one or more documents to identify topic keywords for that topic; receiving meeting discussions among participants for the meeting; identifying a current topic for the meeting in dependence upon the meeting agenda; determining a correspondence indicator in dependence upon the meeting discussions and the topic keywords for the current topic, the correspondence indicator specifying the correspondence between the meeting agenda and the meeting discussion; and rendering the correspondence indicator to the participants of the meeting.

Signaling correspondence between a meeting agenda and a meeting discussion

A method of socially-based station navigation can include receiving station selection information from each of a plurality of mobile nodes within a mobile ad-hoc network, wherein station selection information comprises, for each mobile node, a station to which the mobile node is tuned. The method can include identifying each station from the received station selection information for each mobile node and determining a measure of popularity for each station according to a number of mobile nodes, from the plurality of mobile nodes, tuned to the station. A list specifying at least one of the stations and the measure of popularity of each station on the list can be output.

Socially based station navigation

An audio broadcast creation client applies the concept of style sheets to audio data intended for audio broadcasts. The creation client associates style sheet elements to sections of the audio broadcast. An audio broadcast rendering engine applies the style sheet elements at runtime to alter or enhance sections of the audio broadcast. Different style sheets may be applied to the same raw audio broadcast data to alter the end result. A template is provided for generating audio broadcasts. The user may record the appropriate audio files and refer to these audio files in fields of the audio broadcast template.

Templates and style sheets for audio broadcasts

A system and method of performing cooperative non-repudiated message exchange from a first system to a second system in a computer network comprises checking for discrepancies between a current system time in the second system with an actual time; performing a time synchronization process to match the current system time with the actual time; exchanging public encryption keys between the first and second systems; sending a digitally signed message from the first system to the second system; decoding the digitally signed message; sending a digitally signed acknowledgment message from the second system to the first system; decoding the digitally signed acknowledgment message; and committing text of the digitally signed message to an official transcript on the first system.

Cooperative non-repudiated message exchange in a network environment

A system for information capture for use in an environment is provided. Each node in a knowledge network associated with a first piece of expertise information that communicates with at least one other node associated with the first piece of expertise information is aggregated to form a first expertise network. Each node in the first expertise network associated with a second piece of expertise information that communicates with at least one other node associated with the second piece of expertise information is aggregated to form a second expertise network. Visual representations of the knowledge network, the first expertise network, and the second expertise network are generated. Trends and patterns are determined using the visualization of the knowledge network, the visualization of the first expertise network, and the visualization of the second expertise network.

System for information capture

An apparatus for managing outputs of a first application and a second application is provided. Each application is operable to execute on a data processing system and output of the first application is executed on the data processing system. The apparatus comprises a classifier for associating the first application and the second application with classification data, wherein the classification data is stored in a classification data structure; a comparator for comparing the classification data associated with the first application and the second application with the classification data structure to determine a priority; and a generator, responsive to determination of the priority, for generating metadata associated with at least one of: the output of the first application and the output of the second application.

Apparatus for managing outputs of applications

A context enhanced messaging and collaboration system in which resources related to the context of text messages may be automatically identified and exchanged between users in association with the text messages, is provided. A graphical user interface (GUI) is provided for instant messaging between client devices. The GUI operates in conjunction with a context analysis engine that automatically analyzes the context of the textual messages being exchanged between the users and retrieves resources that correspond to the detected context. Representations of these automatically identified resources may be presented to the user via the GUI. The user of the GUI may enter text messages into the GUI and may select individual ones of the retrieved resources for transmission in association with the text messages. Furthermore, an automated mechanism may be used to select resources to attach to individual text messages entered by the user.

Context enhanced messaging and collaboration system

A computer implemented method of information capture is provided. Each node in a knowledge network associated with a first piece of expertise information that communicates with at least one other node associated with the first piece of expertise information is aggregated to form a first expertise network. Each node in the first expertise network associated with a second piece of expertise information that communicates with at least one other node associated with the second piece of expertise information is aggregated to form a second expertise network. Visual representations of the knowledge network, the first expertise network, and the second expertise network are generated. Trends and patterns are determined using the visualization of the knowledge network, the visualization of the first expertise network, and the visualization of the second expertise network.

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Fareham, United Kingdom

Darren Mark Shaw