198 results about "Event object" patented technology

A system for the display and editing of scheduled tasks and timeslots represented in the form of user interface elements embedded in the calendar regions of the graphical user interface of electronic calendaring systems. It provides structures and methods for editing schedule data in the form of individual tasks and timeslots, sub-groups of tasks and timeslots, and related collections of scheduled tasks and timeslots. It provides for the automated generation of scheduled tasks and timeslots information using a template structure, thereby reducing the amount of decisions and key strokes required for the user to generate and load into their personal calendars a predefined program of recurring tasks and timeslots. Methods are employed to minimize routine program maintenance requirements. In particular, a structure is provided which allows scheduled tasks information to be defined in such a way that particular tasks may be added or removed from a user's schedule either after predefined intervals of time, or, dynamically in response to changes in a predefined metric such as might be used to measure a user's skill level or efficiency.

A computer system for detecting and monitoring network intrusion events from log data received from network service devices in a computer network, the computer system having discrete modules associated with a function performed on the log data received, the computer system having an event parser in communication with at least one network service device, the event parser being able to receive log data in real time from the device, the log data including information detailing a network intrusion event received from the network service device if an intrusion has occurred, the event parser being able to parse the information to create a corresponding event object concerning the intrusion event. The compute system also includes an event manager in communication with the event parser, the event parser being able to receive the event object, the event manager being configured to evaluate the event object according to at least one predetermined threshold condition such that, when the event object satisfies the predetermined threshold condition, the event manager designates the event object to be broadcast in real time, and an event broadcaster in communication with the event manager for receiving event objects designated by the event manager for broadcast, the event broadcaster being able to transmit the event object in real time as an intrusion alarm. The computer system may use a graphical user interface in communication with the event broadcaster, the graphical user interface having a display screen for displaying an intrusion alarm and the information contained within the corresponding event object received from the event broadcaster. The graphical user interface may be configured to allow a user to initiate queries and communicates with a report servlet coupled to the graphical user interface, the report servlet recalling stored event objects in response to user queries from the graphical user interface and displaying recalled event objects on the graphical user interface display screen. An application reporter coupled to the report servlet receives and processes user queries and performs searches of stored event objects within a database accessible by the application reporter. The database is configured to recall event objects in response to searches executed by the application reporter.

Disclosed is a system and method for converting a voluminous stream of unstructured short text messages into event-objects of specific event type that may be of potential interest to users at far away locations. The method of structuring involves detecting long tail of events in spite of their sparsity. This is followed by extracting and correlating detected short text messages that describe same event type to create structured event objects.

One embodiment of the present invention provides an enterprise system that automatically executes a rule associated with an event. During operation, the system receives an event object at the enterprise system. Next, the system creates an intermediate event object based on the event object, wherein the intermediate object is an invocation context for the rule. The system also filters a set of rules with the intermediate event object to obtain a subset of rules. The system then selects a rule that is associated with the event from the subset of rules. Finally, the system executes the rule.