Abstract: A system includes a plurality of shared network resources and a central server connected by a network. The central server receives from a first user a request for accessing a network resource. The central server identifies a plurality of user groups the first user is part of and determines a number of other users from the identified user groups who have the closest association with the first user. For each closely associated user of the first user, the central server simulates access to the requested network resource by the respective user based on a user group that provides to the other user access to the network resource. Based on results of the simulating, the central server determines a user group that provides a closest network path to the network resource and generates a recommendation to add the first user to the determined user group.

Abstract: A system includes a plurality of shared network resources and a central server connected by a network. The central server receives from a first user a request for accessing a network resource. The central server identifies a plurality of user groups the first user is part of and determines a number of other users from the identified user groups who have the closest association with the first user. For each closely associated user of the first user, the central server simulates access to the requested network resource by the respective user based on a user group that provides to the other user access to the network resource. Based on results of the simulating, the central server determines a user group that provides a closest network path to the network resource and generates a recommendation to add the first user to the determined user group.

Abstract: The invention migrates data within a networked computing environment using dynamic feedback. Embodiments record, in a first database, dynamic implementation feedback data from an output of an adaptive decision engine, the dynamic implementation feedback data comprising data representing experience and impact of previously completed data migration projects; identify a first problem statement for data migration, the first problem statement comprising identification of data requiring migration; determine, based at least in part on the first problem statement, a first potential solution for data migration, the first potential solution comprising identification of a plurality of relevant systems and a plurality of process steps for using the plurality of systems to accomplish the data migration; determine a final solution based on the first potential solution; and determine, based on a calculated impact of the final solution, whether to implement the final solution.

Abstract: The invention migrates data within a networked computing environment using dynamic feedback. Embodiments record, in a first database, dynamic implementation feedback data from an output of an adaptive decision engine, the dynamic implementation feedback data comprising data representing experience and impact of previously completed data migration projects; identify a first problem statement for data migration, the first problem statement comprising identification of data requiring migration; determine, based at least in part on the first problem statement, a first potential solution for data migration, the first potential solution comprising identification of a plurality of relevant systems and a plurality of process steps for using the plurality of systems to accomplish the data migration; determine a final solution based on the first potential solution; and determine, based on a calculated impact of the final solution, whether to implement the final solution.