Behavior Rating System for Mobile Device Oversight
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Individuals in positions of authority face challenges in monitoring the mobility and communication activities of those under their responsibility, as existing location and communication tracking methods do not provide sufficient insights into the acceptability of these activities based on predefined personal value preferences.
Innovation Solution
A computer-implemented behavior monitoring system that receives and compares location and communication information from mobile devices with personal value preference indications from contributors, determining a behavior rating and transmitting it to users, allowing for oversight and control based on defined standards.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Measurement precision
If location and communication tracking methods are used, then the means to locate and monitor users is provided, but the information alone is not sufficient to determine whether users are acting acceptably or within prescribed standards
Solution Approach 1:
The patent introduces a behavior rating system that acts as an intermediary between raw location/communication data and authority figures. This system aggregates data from multiple contributors (peers, community members) who provide contextual information about whether observed behaviors are acceptable, transforming objective tracking data into subjective behavior assessments that account for social context and norms
Solution Approach 2:
The system makes behavior evaluation information universally accessible to multiple authority figures (parents, employers, teachers) simultaneously, allowing them all to access the same behavior ratings without each needing to independently assess the monitored individual. This multi-functional approach serves multiple oversight roles through a single integrated system
2Reliability
If one person attempts to vet each conceivable travel destination, communication type, or entity, then comprehensive control is achieved, but it is not feasible due to the vast scope of possibilities
Solution Approach 1:
The patent segments the behavior assessment function by distributing evaluation input across multiple independent contributors (peers, community members, authority figures) rather than requiring one omniscient validator. Each contributor provides localized contextual knowledge about specific situations, destinations, or communication partners, collectively covering the vast scope of possibilities through distributed intelligence
Solution Approach 2:
The system enables community members and peers to self-organize and provide behavior contextualization without centralized direction. Contributors voluntarily share their observations and judgments about monitored individuals' behaviors, creating a self-sustaining network of social oversight that reduces the burden on any single authority figure
3Reliability
If behavior monitoring is implemented to enhance oversight and control, then authority maintenance is improved, but the system requires integration of multiple data sources and contribution mechanisms
Solution Approach 1:
The system implements continuous feedback loops where behavior data is collected from mobile devices, rated by multiple contributors, and fed back to authority figures in real-time. This ongoing feedback mechanism allows dynamic adjustment of oversight and control strategies based on current behavior assessments, enhancing authority maintenance through timely information rather than static rules
Data Source
AI summary
A computer-implemented behavior monitoring method is provided. The method includes receiving from a plurality of contributors a plurality of personal value preference indications. Either or both of location information corresponding to a determined location of a user device and communication information corresponding to a determined communication activity of the user device are received. Either or both of the location information and the communication information of the user device are compared with the plurality of personal value preference indications from the plurality of contributors. A behavior rating is determined based on the comparison of the location information and the communication information of the user device with the plurality of personal value preference indications, and the behavior rating is transmitted to a user.