OS Ad Presentation via Function Suspension
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Solution Overview
Problem
Users of computer devices face challenges in managing and interacting with advertisements presented by the operating system, including timing and attention verification, which affects user experience and revenue models for device manufacturers.
Innovation Solution
The operating system is configured to present advertisements using various techniques, such as disabling functions temporarily to ensure user attention, with user-selectable controls for interacting with ads, and reporting mechanisms to track usage and user engagement, allowing for subsidized device costs or revenue generation through ad interactions.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If advertisements are presented using traditional methods (banners, pop-ups), then users can see ads without disruption, but user attention is easily diverted and ad effectiveness is reduced
Solution Approach 1:
The system applies preliminary anti-action by temporarily disabling functions that could distract users (such as notifications, alerts, or interactive elements) before and during advertisement presentation. This creates a controlled environment that prevents user attention from being diverted away from the ad, thereby improving ad effectiveness while maintaining acceptable user experience through selective function suspension rather than complete system disruption.
2Reliability
If functions are disabled to ensure user attention during ads, then ad engagement is improved, but device functionality is restricted
Solution Approach 1:
The system implements dynamics by making function enablement/disabling flexible and adaptive rather than static. Functions are dynamically adjusted based on the advertisement presentation state - disabled during ad playback to ensure attention, and automatically restored afterward. The system provides users with control mechanisms to manage which functions are suspended, allowing adaptation between different usage scenarios while maintaining the core goal of ensuring ad engagement.
3Productivity
If advertisements are presented frequently to maximize revenue, then manufacturer revenue is improved, but user frustration increases
Solution Approach 1:
The system applies feedback by implementing user response detection mechanisms that monitor whether users are actually engaged with advertisements. Based on this feedback, the system can adjust advertisement frequency and timing. Users who show disengagement or frustration can trigger feedback loops that reduce ad frequency or modify presentation parameters, thereby balancing revenue generation with user satisfaction through data-driven optimization.
4Ease of operation
If user control options are provided for ad management, then user satisfaction is improved, but system complexity increases
Solution Approach 1:
The system applies segmentation by dividing the ad management control into distinct, manageable segments rather than providing a monolithic complex interface. Users can selectively control specific aspects such as ad timing, frequency, and function restrictions independently. This modular approach to control reduces the perceived and actual complexity by allowing users to only manage the aspects relevant to their needs while the system handles other parameters automatically.
Data Source
AI summary
Among other disclosure, an operating system that presents one or more advertisements to a user. The operating system can disable one or more functions while the advertisement is being presented. At the end of the advertisement, the operating system can again enable the function(s). The advertisement can be visual or audible. The presentation of the advertisement(s) can be made as part of an approach where the user obtains a good or service, such as the operating system, for free or at reduced cost.