Abstract: An apparatus and method for service classification are provided. The apparatus and method make use of canonical service descriptions which designate minimum requirements for a service to be classified into a corresponding classification. Based on the canonical service description, it can be determined whether a service that wishes to be classified into a particular classification of a taxonomy on a service broker meets the minimum requirements for that classification. Furthermore, the use of canonical service descriptions ensures that all services classified into a particular classification have a minimum level of functionality that will allow them to function properly when invoked.

Abstract: Methods, systems, and computer program products are disclosed for persisting identifiers and relationships in a transient peer-to-peer networking environment where communities have ad hoc participants. Persistent identifiers are defined for nodes, allowing nodes to be identified across sessions and invocations, even though they re-enter the network with a different network address. Paths taken by content resources as they traverse the network (e.g. which nodes forwarded the content) are persisted, along with reputation information about nodes (e.g. indicating how successful they are at answering queries from peers). Trust relationships can be derived using the persisted information. A tiered broadcast strategy is defined for reducing the number of messages exchanged. Preferred embodiments leverage a web services implementation model.

Abstract: Methods, systems, and computer program products are disclosed for persisting node reputations in a transient peer-to-peer networking environment where communities have ad hoc participants. Persistent identifiers are defined for nodes, allowing nodes to be identified across sessions and invocations, even though they re-enter the network with a different network address. Paths taken by content resources as they traverse the network (e.g. which nodes forwarded the content) are persisted, along with reputation information about nodes (e.g. indicating how successful they are at answering queries from peers). Trust relationships can be derived using the persisted information. A tiered broadcast strategy is defined for reducing the number of messages exchanged. Preferred embodiments leverage a web services implementation model.

Abstract: Methods, systems, and computer program products are disclosed for classifying nodes into broadcast tiers to reduce traffic in decentralized networks. Persistent identifiers are defined for nodes, allowing nodes to be identified across sessions and invocations, even though they re-enter the network with a different network address. Paths taken by content resources as they traverse the network (e.g. which nodes forwarded the content) are persisted, along with reputation information about nodes (e.g. indicating how successful they are at answering queries from peers). Trust relationships can be derived using the persisted information. Preferred embodiments leverage a web services implementation model.

Abstract: A method, apparatus, and computer instructions for managing the processing of a document. A set of services registered for use in processing a document received from a client is identified in which registration information for each service within the set of services provides input requirements. A service from the set of registered services is selected to form a selected service by comparing a current state of the document with the input requirements for each service within the set of registered services. Execution of the selected service on the document is initiated, wherein a state transition occurs to a new state, which becomes the current state of the document processing system. The document processing system state is comprised of a collection of information fragments (tuples) which represent the set of documents currently being processed and the state of each document currently being processed. The selecting step and the initiating step are repeated until a response is returned to the client.

Abstract: Methods, systems, and computer program products are disclosed for tracking content in a transient peer-to-peer networking environment where communities have ad hoc participants. Persistent identifiers are defined for nodes, allowing nodes to be identified across sessions and invocations, even though they re-enter the network with a different network address. Paths taken by content resources as they traverse the network (e.g. which nodes forwarded the content) are persisted, along with reputation information about nodes (e.g. indicating how successful they are at answering queries from peers). Trust relationships can be derived using the persisted information. A tiered broadcast strategy is defined for reducing the number of messages exchanged. Preferred embodiments leverage a web services implementation model.

Abstract: A method, apparatus, and computer instructions for managing the processing of a document. A set of services registered for use in processing a document received from a client is identified in which registration information for each service within the set of services provides input requirements. A service from the set of registered services is selected to form a selected service by comparing a current state of the document with the input requirements for each service within the set of registered services. Execution of the selected service on the document is initiated, wherein a state transition occurs to a new state, which becomes the current state of the document processing system. The document processing system state is comprised of a collection of information fragments (tuples) which represent the set of documents currently being processed and the state of each document currently being processed. The selecting step and the initiating step are repeated until a response is returned to the client.

Abstract: Methods, systems, and computer program products are disclosed for tracking content in a transient peer-to-peer networking environment where communities have ad hoc participants. Persistent identifiers are defined for nodes, allowing nodes to be identified across sessions and invocations, even though they re-enter the network with a different network address. Paths taken by content resources as they traverse the network (e.g. which nodes forwarded the content) are persisted, along with reputation information about nodes (e.g. indicating how successful they are at answering queries from peers). Trust relationships can be derived using the persisted information. A tiered broadcast strategy is defined for reducing the number of messages exchanged. Preferred embodiments leverage a web services implementation model.

Abstract: Methods, systems, and computer program products are disclosed for persisting node reputations in a transient peer-to-peer networking environment where communities have ad hoc participants. Persistent identifiers are defined for nodes, allowing nodes to be identified across sessions and invocations, even though they re-enter the network with a different network address. Paths taken by content resources as they traverse the network (e.g. which nodes forwarded the content) are persisted, along with reputation information about nodes (e.g. indicating how successful they are at answering queries from peers). Trust relationships can be derived using the persisted information. A tiered broadcast strategy is defined for reducing the number of messages exchanged. Preferred embodiments leverage a web services implementation model.

Abstract: Methods, systems, and computer program products are disclosed for classifying nodes into broadcast tiers to reduce traffic in decentralized networks. Persistent identifiers are defined for nodes, allowing nodes to be identified across sessions and invocations, even though they re-enter the network with a different network address. Paths taken by content resources as they traverse the network (e.g. which nodes forwarded the content) are persisted, along with reputation information about nodes (e.g. indicating how successful they are at answering queries from peers). Trust relationships can be derived using the persisted information. Preferred embodiments leverage a web services implementation model.

Abstract: Methods, systems, and computer program products are disclosed for persisting identifiers and relationships in a transient peer-to-peer networking environment where communities have ad hoc participants. Persistent identifiers are defined for nodes, allowing nodes to be identified across sessions and invocations, even though they re-enter the network with a different network address. Paths taken by content resources as they traverse the network (e.g. which nodes forwarded the content) are persisted, along with reputation information about nodes (e.g. indicating how successful they are at answering queries from peers). Trust relationships can be derived using the persisted information. A tiered broadcast strategy is defined for reducing the number of messages exchanged. Preferred embodiments leverage a web services implementation model.

Abstract: The present invention provides an apparatus and method for service classification verification. The present invention makes use of canonical service description tests which designate minimum requirements for a service to be classified into a corresponding classification. Based on the canonical service description tests, it can be determined whether a service that wishes to be classified into a particular classification of a taxonomy on a service broker meets the minimum requirements for that classification. Furthermore, the use of canonical service description tests ensures that all services classified into a particular classification have a minimum level of functionality that will allow them to function properly when invoked.

Abstract: An apparatus and method for service classification are provided. The apparatus and method make use of canonical service descriptions which designate minimum requirements for a service to be classified into a corresponding classification. Based on the canonical service description, it can be determined whether a service that wishes to be classified into a particular classification of a taxonomy on a service broker meets the minimum requirements for that classification. Furthermore, the use of canonical service descriptions ensures that all services classified into a particular classification have a minimum level of functionality that will allow them to function properly when invoked.