Abstract: A method and system for assessing vendors for meeting requirements of a service provider for deploying a selected service via execution of program code by a computer system. A request is received from a service provider to identify vendors who can meet the service provider's requirements for deploying the selected service. Subservices that the service provider must have to implement the requested service are identified. Vendors able to implement at least one of the subservices are identified. Requirements to be met for implementing each subservice are identified. For each vendor, an indication of whether each vendor is able or unable to meet each requirement for implementing each subservice is determined and the indication is stored in a data store of the computer system. A three-dimensional navigational cube may be displayed, and navigated by the service provider, to enable the service provider to select vendors that meet the requirements.

Abstract: The disclosure relates to identifying a solution to a problem wherein the problem and solution are in different disciplines. An exemplary embodiment concerns a system for identifying a solution comprising a bridging component for generating a bridged ontology from data elements of prime and secondary ontologies if the number the data elements common to the ontologies meets a threshold value. The system may comprise an inference engine for identifying, from the bridged ontology, data elements related to the problem and the solution. The inference engine may further determine relationships between the data elements associated with the problem and those associated with a solution to confirm the correctness of a solution. The problem and solution may be represented as RDF data objects.

Abstract: A displayed navigational cube configured to be navigated for use by a service provider to enable the service provider to select at least one vendor for meeting requirements of the service provider for deploying a selected service in a service delivery environment. The displayed navigational cube includes mutually orthogonal axes of a first axis, a second axis, and a third axis. Subservices of the selected service, vendors, and requirements are respectively represented on the first, second, and third axis to define elements at each unique combination of subservice, vendor, and requirement. Each element is transparent or non-transparent such that the navigational cube includes transparent elements and non-transparent elements. Each transparent element denotes an indication that the vendor is unable to meet each requirement for implementing each subservice. Each non-transparent element denotes an indication that the vendor is able to meet each requirement for implementing each subservice.

Abstract: A displayed navigational cube configured to be navigated for use by a service provider to enable the service provider to select at least one vendor for meeting requirements of the service provider for deploying a selected service in a service delivery environment. The displayed navigational cube includes mutually orthogonal axes of a first axis, a second axis, and a third axis. Subservices of the selected service, vendors, and requirements are respectively represented on the first, second, and third axis to define elements at each unique combination of subservice, vendor, and requirement. Each element is transparent or non-transparent such that the navigational cube includes transparent elements and non-transparent elements. Each transparent element denotes an indication that the vendor is unable to meet each requirement for implementing each subservice. Each non-transparent element denotes an indication that the vendor is able to meet each requirement for implementing each subservice.

Abstract: The disclosure relates to identifying a solution to a problem wherein the problem and solution are in different disciplines. An exemplary embodiment concerns a system for identifying a solution comprising a bridging component for generating a bridged ontology from data elements of prime and secondary ontologies if the number the data elements common to the ontologies meets a threshold value. The system may comprise an inference engine for identifying, from the bridged ontology, data elements related to the problem and the solution. The inference engine may further determine relationships between the data elements associated with the problem and those associated with a solution to confirm the correctness of a solution. The problem and solution may be represented as RDF data objects.

Abstract: A method and system for assessing vendors for meeting requirements of a service provider for deploying a selected service via execution of program code by a computer system. A request is received from a service provider to identify vendors who can meet the service provider's requirements for deploying the selected service. Subservices that the service provider must have to implement the requested service are identified. Vendors able to implement at least one of the subservices are identified. Requirements to be met for implementing each subservice are identified. For each vendor, an indication of whether each vendor is able or unable to meet each requirement for implementing each subservice is determined and the indication is stored in a data store of the computer system. A three-dimensional navigational cube may be displayed, and navigated by the service provider, to enable the service provider to select vendors that meet the requirements.