Abstract: Methods, systems, and computer-readable media are disclosed herein that employ a contextually intelligent framework. In accordance with embodiments, a knowledge model having rules, axioms, and a domain ontology is evaluated to determine rules that are redundant to other rules and axioms, to determines those rules thresholds that may be refactored to generate composite rules and reduce the overall quantity of rules in the knowledge model, and to generate and add new concepts as axioms to the domain ontology as determined through refactoring. Methods, systems, and computer-readable media are disclosed herein that use the refactored and improved knowledge model to reconcile information currently stored in one system with information imported from a plurality of diverse systems, in order to generate recommendations that promote continuity of care in clinical settings.

Abstract: Managing a medication may involve identifying an event relating to the medication. Managing a medication may also involve determining a task for a course of care of a patient due to the event relating to the medication, and providing a notification to interested parties regarding the task and the event relating to the medication.

Abstract: Rather than modify or create, by programmers, a new workflow specifically for each healthcare provider, a workflow provider creates an abstract workflow appropriate for any or many healthcare providers. Using context about a specific healthcare provider, a computer automatically adapts the abstract workflow to the healthcare provider. Using patient context, the computer may automatically schedule tasks of the adapted workflow appropriate for the specific patient and the specific healthcare provider. The patient and healthcare provider context may be monitored for any changes that alter the workflow, and the system may reschedule the tasks as appropriate.