View source for 20240023836. METHODS AND SYSTEMS FOR AUDIOMETRIC EARLY DETECTION, PREDICTION AND AGGREGATE TREND ANALYSIS OF NOISE-INDUCED AND OTHER PROGRESSIVE HEARING LOSS simplified abstract (Verdi Technology, Inc.)

=METHODS AND SYSTEMS FOR AUDIOMETRIC EARLY DETECTION, PREDICTION AND AGGREGATE TREND ANALYSIS OF NOISE-INDUCED AND OTHER PROGRESSIVE HEARING LOSS=


==Organization Name==

[[:Category:Verdi Technology, Inc.|Verdi Technology, Inc.]]


[[Category:Verdi Technology, Inc.]]

==Inventor(s)==

[[:Category:James Craner of Reno NV (US)|James Craner of Reno NV (US)]][[Category:James Craner of Reno NV (US)]]

[[:Category:Neil Willits of Davis CA (US)|Neil Willits of Davis CA (US)]][[Category:Neil Willits of Davis CA (US)]]

==METHODS AND SYSTEMS FOR AUDIOMETRIC EARLY DETECTION, PREDICTION AND AGGREGATE TREND ANALYSIS OF NOISE-INDUCED AND OTHER PROGRESSIVE HEARING LOSS - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240023836 titled 'METHODS AND SYSTEMS FOR AUDIOMETRIC EARLY DETECTION, PREDICTION AND AGGREGATE TREND ANALYSIS OF NOISE-INDUCED AND OTHER PROGRESSIVE HEARING LOSS

==Simplified Explanation==

Methods for detecting hearing loss in an individual are disclosed. The methods utilize raw audiometric test data and transform the data into a single numerical metric that summarizes the magnitude of hearing loss specifically toward early noise-induced hearing loss. Also disclosed are systems incorporating the methods of the instant disclosure.

* The patent application describes methods for detecting hearing loss in individuals.
* The methods use raw audiometric test data to analyze the magnitude of hearing loss.
* The data is transformed into a single numerical metric that specifically focuses on early noise-induced hearing loss.
* The patent application also includes systems that incorporate these methods.

== Potential Applications ==
* Early detection of noise-induced hearing loss in individuals.
* Screening programs for identifying individuals at risk of developing hearing loss.
* Monitoring the progression of hearing loss in individuals over time.
* Assessing the effectiveness of hearing loss prevention programs.

== Problems Solved ==
* Early detection of hearing loss, specifically noise-induced hearing loss, which can help in implementing timely interventions.
* Providing a standardized metric for summarizing the magnitude of hearing loss, making it easier to compare and track changes over time.
* Improving the accuracy and efficiency of hearing loss detection and monitoring.

== Benefits ==
* Early detection of hearing loss can lead to timely interventions and prevent further damage.
* Standardized metric allows for easier comparison and tracking of hearing loss over time.
* Improved accuracy and efficiency in detecting and monitoring hearing loss can lead to better treatment outcomes.
* Screening programs can help identify individuals at risk and provide appropriate interventions.


==Original Abstract Submitted==

methods for detecting hearing loss in an individual are disclosed. the methods utilize raw audiometric test data and transform the data into a single numerical metric that summarizes the magnitude of hearing loss specifically toward early noise-induced hearing loss. also disclosed are systems incorporating the methods of the instant disclosure.



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