Abstract: Systems and methods disclosed herein are directed to blockchain-based training data management systems and methods for trusted improvements of models. Embodiments provide for the generation of metadata and smart contracts associated with certain data, using a blockchain to store the generated metadata and smart contracts, and curating training data for the improvement of the models utilizing the generated metadata and smart contract stored in the blockchain.

Abstract: Systems and methods disclosed herein are directed to blockchain-based training data management systems and methods for trusted improvements of models. Embodiments provide for the generation of metadata and smart contracts associated with certain data, using a blockchain to store the generated metadata and smart contracts, and curating training data for the improvement of the models utilizing the generated metadata and smart contract stored in the blockchain.

Abstract: Systems and methods disclosed herein are directed to blockchain-based training data management systems and methods for trusted improvements of models. Embodiments provide for the generation of metadata and smart contracts associated with certain data, using a blockchain to store the generated metadata and smart contracts, and curating training data for the improvement of the models utilizing the generated metadata and smart contract stored in the blockchain.

Abstract: An automated incremental solution deployment strategy created for an enterprise organization based upon evaluation of a set of possible information technology solution alternatives within an automated architectural framework is received. An information technology solution is incrementally deployed and incrementally selected from the set of possible information technology solution alternatives during the incremental deployment using the automated incremental solution deployment strategy.

Abstract: A method, data processing system, and computer program product for analyzing components in a network data processing system. A computer identifies a relationship of a set of components in the network data processing system with a function in an organization. The computer monitors a first set of metrics for the set of components over a time period, wherein the first set of metrics indicates a performance for the set of components. The computer monitors a second set of metrics for the function in the organization over the time period, wherein the second set of metrics indicates a use of the function in the organization. The computer selects a component in the set of components. The computer identifies an impact of the selected component on the second metrics for the function in the organization using the relationship and the second set of metrics. A user can provide comments regarding the impact.

Abstract: An automated incremental solution deployment strategy created for an enterprise organization based upon evaluation of a set of possible information technology solution alternatives within an automated architectural framework is received. An information technology solution is incrementally deployed and incrementally selected from the set of possible information technology solution alternatives during the incremental deployment using the automated incremental solution deployment strategy.

Abstract: Information technology solution alternatives for an enterprise organization are evaluated within an automated architectural framework based upon one or more information technology evaluation metrics. An automated incremental solution deployment strategy is created based upon the evaluated plurality of information technology solution alternatives. An information technology solution is selected from the set of information technology solution alternatives for deployment based upon the automated incremental solution deployment strategy.

Abstract: Information technology solution alternatives for an enterprise organization are evaluated within an automated architectural framework based upon one or more information technology evaluation metrics. An automated incremental solution deployment strategy is created based upon the evaluated plurality of information technology solution alternatives. An information technology solution is selected from the set of information technology solution alternatives for deployment based upon the automated incremental solution deployment strategy.

Abstract: A set of information technology solution alternatives is generated for an enterprise organization. The information technology solution alternatives are evaluated within an automated architectural framework based upon one or more information technology evaluation metrics. An automated incremental solution deployment strategy is created based upon the evaluated plurality of information technology solution alternatives. An information technology solution is selected from the set of information technology solution alternatives for deployment based upon the automated incremental solution deployment strategy.

Abstract: A method, system and computer program product for providing an integrated environment for processing business object documents (BODs). The integrated environment utilizes an IntelliBod system to employ standard business semantics while adapting modified business terms. Applications requesting integration, or mapping, map to common business semantics of the BODs, and the IntelliBOD system manages the business semantic (and technical) integration of the applications. IntelliBOD systems utilize JAVA environments to process requests, thereby reducing cost and space required to maintain general purpose middleware.

Abstract: A method, system and computer program product for providing an integrated environment for processing business object documents (BODs). The integrated environment utilizes an IntelliBod system to employ standard business semantics while adapting modified business terms. Applications requesting integration, or mapping, map to common business semantics of the BODs, and the IntelliBOD system manages the business semantic (and technical) integration of the applications. IntelliBOD systems utilize JAVA environments to process requests, thereby reducing cost and space required to maintain general purpose middleware.

Abstract: A set of information technology solution alternatives is generated for an enterprise organization. The information technology solution alternatives are evaluated within an automated architectural framework based upon one or more information technology evaluation metrics. An automated incremental solution deployment strategy is created based upon the evaluated plurality of information technology solution alternatives. An information technology solution is selected from the set of information technology solution alternatives for deployment based upon the automated incremental solution deployment strategy.