Abstract: The invention features methods of, and systems for generating a report that depends on data stored in a plurality of remote workstations. The methods and systems involve at least some of the following steps: sending a request from a master workstation to the remote workstations specifying a group name and a named function; identifying data stored within each of the remote workstations belonging to a group specified by the group name; operating on the identified data within each of the remote workstations according to an algorithm specified by the named function to generate an output for each remote workstation; returning the output from each remote workstation to the master workstation; and consolidating the outputs at the master workstations to generate the report.

Abstract: A method of processing data from a plurality of probes which monitor traffic over a network, which includes a plurality of segments to which are connected a plurality of nodes, the method including the steps of polling the probes for monitoring data; receiving polled data from the plurality of probes; storing the polled data in a plurality of records, each of the records identifying at least a probe, a source node, a destination node, and a measure of traffic between the identified source node and destination node in that record; for a selected source-destination node pair, determining which of the plurality of probes produced a most complete report of traffic associated with that selected source-destination node pair; identifying those records among the plurality of records that designate both the probe which produced the most complete report of traffic and the selected source-destination node pair; and distinguishing within the plurality of records the identified records from the other records.

Abstract: A new computerized information flow technology is provided where information in an organization may be logically and automatically routed through a predefined sequence of activities to users who need the information. A user selects an activity from a list of available activities revealed by the computer system of the present invention. Upon the user completing the activity, the computer system selects an event associated with the activity. The event then performs a decision making process to determine which next steps are to be logically selected based upon predefined conditions set in the computer system and the information input by the user. The next steps determine the subsequent user or users responsible for performing a next activity (task) in the predefined sequence of activities. The computer system of the present invention then adds a message, representative of the next activity, to a subsequent user's or users' To Do List.