Radio Carrier Visualization for Fast Multi-Connection Analysis
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Solution Overview
Problem
The challenge in wireless telecommunication systems is the efficient and easy performance analysis of large numbers of simultaneous radio connections, as the amount of data to be analyzed is vast, making it difficult to detect and correct potential issues promptly.
Innovation Solution
The implementation of apparatuses and methods that visualize radio carrier properties using augmented or merged reality technologies, transforming radio frequency parameters into intuitive signal waveforms for real-time monitoring and analysis.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Quantity of substance
If traditional data analysis methods are used for radio connections, then comprehensive performance data can be collected, but the analysis becomes difficult and time-consuming due to large data volumes
Solution Approach 1:
The patent replaces traditional mechanical data analysis methods with augmented reality visualization. Instead of manually analyzing large volumes of radio connection data through conventional interfaces, the system transforms performance data into visual representations (signal waveforms, quality indicators) that can be intuitively perceived and analyzed through AR displays, thereby maintaining comprehensive data collection while dramatically improving analysis ease
Solution Approach 2:
The patent introduces an intermediary visualization layer between the raw performance data and the analyst. This intermediary system processes comprehensive radio connection data and presents it through augmented reality interfaces that highlight key performance indicators and anomalies, enabling analysts to work with full data sets without being overwhelmed by volume
2Reliability
If detailed performance data is monitored for all connections, then system problems can be detected, but the complexity of monitoring increases with the number of simultaneous connections
Solution Approach 1:
The patent employs visual differentiation techniques where different signal qualities and connection states are represented through distinct visual characteristics in the augmented reality display. This allows the monitoring system to maintain detailed tracking of all connections while presenting information in a simplified, visually-differentiated format that reduces perceived complexity
Solution Approach 2:
The patent segments the monitoring of large numbers of connections by presenting data in organized visual groups within the augmented reality interface. Connections are displayed with hierarchical organization and visual filtering capabilities, allowing operators to focus on specific segments or groups of connections without being overwhelmed by the total system complexity
3Measurement precision
If radio signal parameters are analyzed in traditional formats, then engineering expertise is required for interpretation, but this slows down rapid response to performance issues
Solution Approach 1:
The patent replaces traditional text-based or numerical signal parameter displays with augmented reality visualizations that intuitively represent signal quality. Signal waveforms, quality metrics, and anomaly detections are presented as visual patterns that can be rapidly perceived without requiring deep engineering knowledge to interpret, thereby maintaining measurement precision while enabling faster response
Solution Approach 2:
The patent uses visual encoding where different signal quality levels and anomaly types are represented through distinct visual characteristics. This allows rapid visual assessment of signal conditions without requiring analysts to interpret complex numerical parameters, reducing response time while preserving accurate measurement capabilities
Data Source
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AI summary
A solution for radio signal analyzation in an apparatus in a radio access network, comprises receiving (408) continuously wirelessly from one or more transceivers radio frequency parameters related to one or more radio signals received or transmitted by the transceivers, the parameters designating the quality and properties of the radio signals. The one or more radio signals are transformed (410) to a corresponding number of signal wave forms having a given amplitude, frequency and smoothness where the amplitude, frequency and smoothness of each wave form is controlled based on the received radio frequency parameters of the corresponding signal. The one or more of the signal wave forms are displayed (412).