View source for 20240036811. Fast Method for Calculating Digital Volume Approximate Value in Audio Recording or Playing simplified abstract (Unknown Organization)

=Fast Method for Calculating Digital Volume Approximate Value in Audio Recording or Playing=


==Organization Name==

[[:Category:Unknown Organization|Unknown Organization]]


[[Category:Unknown Organization]]

==Inventor(s)==

[[:Category:Fuzhou Zhuo of Fujian (CN)|Fuzhou Zhuo of Fujian (CN)]][[Category:Fuzhou Zhuo of Fujian (CN)]]

==Fast Method for Calculating Digital Volume Approximate Value in Audio Recording or Playing - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240036811 titled 'Fast Method for Calculating Digital Volume Approximate Value in Audio Recording or Playing

==Simplified Explanation==

The present invention is a fast method for calculating a digital volume approximate value in audio recording or playing. It includes several modules such as volume comparison and extraction, volume fading, volume gear roughing, volume approximate correction, and volume summation.

* Volume comparison and extraction module: This module compares and extracts the volume levels from the audio recording or playing.
* Volume fading module: This module gradually decreases the volume level over a specified duration.
* Volume gear roughing module: This module adjusts the volume level to a rough approximation.
* Volume approximate correction module: This module further corrects the volume level to a more accurate approximation.
* Volume summation module: This module sums up the volume levels to obtain the digital volume approximate value.

Theoretical calculations have shown that the errors of this method are acceptable in various application products. The solving algorithm is intuitive in principle structure and rapid in the solving process. Additionally, this method has the advantages of low computing resource consumption and high universality.

Potential applications of this technology:
* Audio recording devices
* Audio playback devices
* Sound mixing software
* Voice recognition systems

Problems solved by this technology:
* Efficient calculation of digital volume approximate value
* Accurate approximation of volume levels in audio recordings or playing

Benefits of this technology:
* Fast and efficient calculation process
* Low resource consumption
* Universality in various application products


==Original Abstract Submitted==

disclosed by the present invention is a fast method for calculating a digital volume approximate value in audio recording or playing, which includes a volume comparison and extraction module, a volume fading module, a volume gear roughing module, a volume approximate correction module and a volume summation module. theoretical calculation of the errors proves that the errors of the present invention are acceptable in various application products, and in addition, the solving algorithm is intuitive in principle structure and rapid in solving process. the method has the advantages of low computing resource consumption and high universality.



[[Category:G06F3/16]]