Companion Hub Task Prioritization for Faster System Startup
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Solution Overview
Problem
Existing information handling systems face inefficiencies in task initialization and power management during boot-up, leading to prolonged startup times and suboptimal user experiences, particularly when resuming tasks after shutdown.
Innovation Solution
A companion device hub equipped with a policy-based contextual system and firmware load time monitor prioritizes task initialization based on historical usage patterns and user commands, optimizing task order and power management to expedite system readiness.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If all tasks are initialized during boot-up, then system functionality is complete, but boot-up time is prolonged
Solution Approach 1:
The system performs preliminary actions by pre-loading and prioritizing critical tasks and firmware during the boot-up process based on historical usage patterns. The policy-based contextual system identifies essential tasks that must be initialized first, preparing them in advance before full system operation begins, thus reducing overall boot-up time while ensuring system readiness.
2Productivity
If multiple tasks are initialized simultaneously, then system functionality is comprehensive, but power consumption increases
Solution Approach 1:
The system segments task initialization into prioritized groups based on criticality and historical importance. The policy-based contextual system divides tasks into tiers, initializing high-priority tasks first with full power, then progressively activating lower-priority tasks as power availability permits. This segmentation allows comprehensive functionality while managing power consumption through controlled, staged task activation.
3Reliability
If task initialization follows fixed order, then system operation is predictable, but user experience is suboptimal
Solution Approach 1:
The system dynamically adjusts task initialization order based on real-time contextual information and historical usage patterns. The policy-based contextual system continuously learns from user behavior and modifies the prioritization strategy accordingly, making the initialization sequence adaptive rather than fixed. This dynamic approach maintains system reliability through consistent core task execution while optimizing user experience by prioritizing frequently used functions.
4Reliability
If all firmware is loaded during boot-up, then system completeness is achieved, but load time increases
Solution Approach 1:
The system applies partial action by loading only the essential firmware components required for core system functionality during initial boot-up, rather than loading all firmware simultaneously. The policy-based contextual system identifies critical firmware modules that must be present for system operation, loading them first while deferring non-essential firmware to background loading or on-demand initialization, thus achieving system completeness without excessive load time.
Data Source
AI summary
A companion device hub includes a hub processor, a hub memory device, and a hub power management unit (PMU). The companion device hub further includes a policy-based contextual system executed by the hub processor to prioritize the initialization of tasks on an information handling system operatively coupled to the companion device hub along with at least one peripheral device. The companion device hub also includes a task history generation system executed by the hub processor that captures contextual history data related to the tasks previously executed on the information handling system and, the policy based contextual system to select a load prioritization order based on the captured contextual history data to, during initialization of the information handling system, prioritize tasks based on the captured contextual history data.