Abstract: The present invention provides a method and system for optimizing the performance of a service according to the load on the service. The invention includes altering the quality of various sub-ordinate services that are a part of the service and in turn achieving systemic service performance levels that satisfy prescribed service level agreements.

Abstract: Embodiments of the disclosure relate to a method and system for establishing sorting order for events from a plurality of systems. Central Unique Identity Service (CUIS) provides a unique ID to a client for an event. The client is a service provider registered with the CUIS. User is a subscriber of the client. The User initiates an event with the client using his computing or communication device. The client requests for a unique ID for the initiated event with the CUIS through a network, before the event is performed or executed. The CUIS records the unique ID along with predefined attributes of the client application, the application identifier for the event, application network identity, application user and the user's device associated with the event in the CUIS unit. The CUIS thus establishes a sorting order for the unique ID's recorded and thereby for the events across all clients.

Abstract: The present invention provides a method and system for optimizing the performance of a service according to the load on the service. The invention includes altering the quality of various sub-ordinate services that are a part of the service and in turn achieving systemic service performance levels that satisfy prescribed service level agreements.

Abstract: A terminological system automates the integration of terminological information into a built-in knowledge base. Input terminology information, which includes input terms and information that specifies relationships among at least two of the input terms, is input to the terminological system. The terminological system parses the input terminology information to generate a logical structure that depicts relationships among the input terms in a format compatible with the built-in knowledge base. Either an independent ontology, comprising the logical structure, is generated, or the knowledge base is extended by logically coupling the logical structure to a node that matches the input term. The terminological system also resolves conflicts if an input term that matches a terminological node in the knowledge base connotes a different meaning than the terminological node.

Abstract: The invention describes method and a system to measure benefits associated with the sharing of knowledge in a plurality of hierarchical knowledge sharing communities. The 5 measurements are based on assessments provided by the members of the community and the usage of the assets and are an index of the benefits arising from the knowledge shared within, and the knowledge contributed to and derived from the members of, the community, at individual and collective levels. The invention also describes a hierarchical arrangement of the knowledge assets and the members in various knowledge 10 sharing communities as well as an incentivisation scheme for the members.

Abstract: A terminological system automates the integration of terminological information into a built-in knowledge base. Input terminology information, which includes input terms and information that specifies relationships among at least two of the input terms, is input to the terminological system. The terminological system parses the input terminology information to generate a logical structure that depicts relationships among the input terms in a format compatible with the built-in knowledge base. Either an independent ontology, comprising the logical structure, is generated, or the knowledge base is extended by logically coupling the logical structure to a node that matches the input term. The terminological system also resolves conflicts if an input term that matches a terminological node in the knowledge base connotes a different meaning than the terminological node.

Abstract: A terminological system automates the integration of terminological information into a built-in knowledge base. Input terminology information, which includes input terms and information that specifies relationships among at least two of the input terms, is input to the terminological system. The terminological system parses the input terminology information to generate a logical structure that depicts relationships among the input terms in a format compatible with the built-in knowledge base. Either an independent ontology, comprising the logical structure, is generated, or the knowledge base is extended by logically coupling the logical structure to a node that matches the input term. The terminological system also resolves conflicts if an input term that matches a terminological node in the knowledge base connotes a different meaning than the terminological node.