System and method based in artificial intelligence to detect user interface control command of true wireless sound earbuds system on chip,and thereof
OwnerAbhivarman Paranirupasingaminventor
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Abstract
In This invention we are going to present a solution that replace the need of external integrated circuit to manage user interface control of True wireless sound, without compromised the audio signal quality and taking advantage of the radio frequency chipset core, by update the firmware to recognize user interface control sequences by reading both reading power signal of each direction of RF inline with Smartware AI core.
Claims7
A system for detecting user interface control from True wireless sound system on chip and/or Micro controller unit, the system compromising:
- A front end unit;
- and
- A back end unit that sample the data received from the front end then when the data sampling start by the back end cause the system to:
- Determine received radio frequency signal, transmitted radio frequency signal and data rate by reading the register values of the true wireless sound base band modem;
- To generate filtered sampled data a correction factor processing unit will be required to calibrate the system before the training, by access to non-volatile register map of the true wireless sound system on chip and/or micro-controller units;
- the filtered data using complex mathematics algorithm will be processing by bitmap change points builder this unique bitmap time series bits will be used as unique sequence for the user interface control command.
A method for detecting user interface control command using the true wireless sound base band modem without using any external components, the method compromising:
- Neural network file, wherein this file contains all necessary settings and instruction to be loaded inside the instruction decoder of any target true wireless sound system on chip architecture.
- Classify the received base band modem signal to nearest predicted command.
Dependencies are inferred from the claim text.