Voice Based Gender Detection on Edge for Leading Semiconductor Company in US
Overview
The client is a leading US-based semiconductor manufacturer offering microcontrollers and processors to sensors, analog ICs, and connectivity solutions. They focused on introducing a new line of chipsets designed for Machine Learning at the edge, and they sought to bring innovative applications to the market. ACL Digital designed a voice-based gender detection application. This application utilized a supervised machine learning algorithm, specifically the Depth-wise Separable Convolutional Neural Network. The model was developed using the TensorFlow framework, and the training process involved leveraging extracted features to enhance the gender detection functionality.
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Challenges
Complex Cloud Environment
Lack of applications for newly developed Machine Learning chipsets
Benefits
Leverage the data for clinical and operational decisions to support and deliver value-based healthcare
Improved Security Posture
Enhanced Visibility
Reduced Costs
Compliance Adherence
Benefits
Leverage the data for clinical and operational decisions to support and deliver value-based healthcare
Improved Security Posture
Enhanced Visibility
Reduced Costs
Compliance Adherence
Outcomes
Leverage the data for clinical and operational decisions to support and deliver value-based healthcare
- Accelerated client’s product launch timeline by 20% with years of expertise in machine learning domain