Abstract: A system and method are provided for organizing information that can be shared among multiple individuals. The information is structured and categorized according to areas of concern, sub-areas of concern, concerns, outcomes, commitments, and occasions. Multiple disparate individuals may be associated with one or more areas of concern, concerns, outcomes, commitments, and/or occasions. If one individual fails to achieve an outcome, the remaining individuals may be notified automatically, enabling corrective action to be taken. New areas of concern, and their associated concerns, outcomes, and occasions may be added for one or more individuals. Additional features, such as calendars, to-do lists, and other features may be integrated with the present invention. Web-based and/or client-server interfaces can be used to review and/or update system information. Messages and conversations can be associated with particular nodes within the concern cascade.

Abstract: A system and method are provided for organizing information that can be shared among multiple individuals. The information is structured and categorized according to areas of concern, sub-areas of concern, concerns, outcomes, commitments, and occasions. Multiple disparate individuals may be associated with one or more areas of concern, concerns, outcomes, commitments, and/or occasions. If one individual fails to achieve an outcome, the remaining individuals may be notified automatically, enabling corrective action to be taken. New areas of concern, and their associated concerns, outcomes, and occasions may be added for one or more individuals. Additional features, such as calendars, to-do lists, and other features may be integrated with the present invention. Web-based and/or client-server interfaces can be used to review and/or update system information. Messages and conversations can be associated with particular nodes within the concern cascade.

Abstract: A system generates a model of a workflow. The system begins by displaying on a computer screen a first flowgraph between two horizontal time lines representing two respective participants. The first flowgraph comprises a plurality of vertical directional line segments extending between the two horizontal time lines and representing respective communications or other actions between the participants. Next, the computer receives a selection of a second flowgraph for display between one of the two time lines and a third, horizontal time line representing a third participant. The second flowgraph comprises a plurality of vertical directional line segments extending between the one time line and the third horizontal time line and representing respective communications or other actions between the participants represented by the one and third time lines. Then, the computer displays the second flowgraph between the one and third time lines.