Dynamic Task Window Configuration for Mobile Device Management

The patent segments the task scheduling process into two distinct configuration layers: administrator-defined constraints (organizational-level policies) and user-defined preferences (individual-level preferences). This segmentation allows both administrative control and user autonomy, resolving the contradiction between deployment efficiency and user experience by enabling tasks to be scheduled at the intersection of these two configurations.

The patent introduces dynamic task window configuration where the available time window is not fixed but dynamically determined by combining administrator constraints with user preferences. The system dynamically adjusts the task window based on user input, transforming the static scheduling approach into a flexible, adaptive system that balances organizational needs with individual user requirements.

The patent applies preliminary action by having users configure their task window preferences in advance, before actual task deployment occurs. Users define their available time windows and preferences once, and the system automatically utilizes these pre-configured settings when administrators deploy tasks. This eliminates the need for complex real-time negotiations or repeated user inputs, reducing system complexity while maintaining granular user control.

The patent introduces a configuration layer that acts as an intermediary between administrator constraints and task execution. This intermediary layer processes user preferences and combines them with administrative requirements to determine the final task window. By inserting this mediating configuration step, the system manages complexity through structured preference handling rather than direct complex scheduling algorithms.

The patent resolves this contradiction by performing user preference configuration in advance, before task deployment. Users define their available time windows and preferences once, creating a reusable configuration that the system automatically applies to future tasks. This preliminary configuration action achieves high scheduling precision without incurring configuration time for each individual task deployment.

The patent enables users to self-configure their own task window preferences through an intuitive interface. Users independently define their availability and preferences without requiring administrator intervention or complex system configuration. This self-service approach allows precise user-level scheduling while minimizing the time investment required from both users and administrators.