Abstract: Methods, systems, and computer-readable storage media for determining for each query in a set of high-cost queries, an access pattern to data objects accessed by the query in a legacy system, determining for each query in a set of low-cost queries, an access pattern to each data object accessed by the query in the legacy system, providing a first set of design patterns representative of first data objects of the legacy system to be offloaded to the target system and a second set of design patterns representative of second data objects of the legacy system to remain on the legacy system, and executing at least one design pattern of the first set of design patterns to offload one or more first data objects to the target system.

Abstract: The proposed system and method provide streamlined procedures for automatically identifying and resolving computing errors that improve efficiency and accuracy by providing a way to automatically monitor log files, automatically find and identify errors in the log files, automatically find solutions the identified errors from a variety of sources, and automatically implement the found solutions. The system and method further provide streamlined procedures that use cognitive learning (e.g., machine learning) to learn new solutions that are manually defined and implemented by a user to resolve the automatically found and identified errors, and then automatically finding and implementing the new solutions in subsequent cycles.

Abstract: The proposed system and method provide streamlined procedures for automatically identifying and resolving computing errors that improve efficiency and accuracy by providing a way to automatically monitor log files, automatically find and identify errors in the log files, automatically find solutions the identified errors from a variety of sources, and automatically implement the found solutions. The system and method further provide streamlined procedures that use cognitive learning (e.g., machine learning) to learn new solutions that are manually defined and implemented by a user to resolve the automatically found and identified errors, and then automatically finding and implementing the new solutions in subsequent cycles.