Abstract: An intelligent prediction approach populates and depopulates multiple applications at the system level across applications. The detection and management of user behavior patterns anticipates the user's next request and relates dynamically to user behavior and where that user behavior changes to adjust so as to more accurately set forth a desired result for a user of the present invention.

Abstract: A method, data processing system, and computer program product for managing a branch trace environment. In response to a branch being taken for a first branch instruction that is conditional and direct in the branch instructions, a performance monitoring unit stores an effective address of the first branch instruction into a first entry in a set of entries in a memory. The performance monitoring unit counts each branch not taken in processing the branch instructions occurring after the first branch instruction to form a branch count. In response to a branch being taken during processing of subsequent branch instructions in the branch instructions after the first branch instruction, the performance monitoring unit determines whether to create a second entry in the set of entries in the memory using the branch count with a set of rules identifying when the second entry is to be made.

Abstract: A method and system in accordance with the present invention provides an intelligent prediction approach for populating and depopulating multiple applications at the system level across applications. The detection and management of user behavior patterns to anticipate the user's next request is provided. Further the present invention is to account for a situation to relate dynamically to user behavior and where that user behavior changes to adjust so as to more accurately set forth a desired result for a user of the present invention. The present invention in various implementations provides an intelligent prediction scheme for populating and depopulating multiple applications at the system level across a diversity of applications.

Abstract: A method and system in accordance with the present invention provides an intelligent prediction approach for populating and depopulating multiple applications at the system level across applications. The detection and management of user behavior patterns to anticipate the user's next request is provided. Further the present invention is to account for a situation to relate dynamically to user behavior and where that user behavior changes to adjust so as to more accurately set forth a desired result for a user of the present invention. The present invention in various implementations provides an intelligent prediction scheme for populating and depopulating multiple applications at the system level across a diversity of applications.

Abstract: A method and system in accordance with the present invention provides an intelligent prediction approach for populating and depopulating multiple applications at the system level across applications. The detection and management of user behavior patterns to anticipate the user's next request is provided. Further the present invention is to account for a situation to relate dynamically to user behavior and where that user behavior changes to adjust so as to more accurately set forth a desired result for a user of the present invention. The present invention in various implementations provides an intelligent prediction scheme for populating and depopulating multiple applications at the system level across a diversity of applications.