Gender and Age Detection Using Artificial Intelligence In Python
T. Veena, B. Lokesh, A. Sanjay
Abstract: The continuous progression of AI models for classification and Facial recognition has gained a lot of attention and importance these days and have immensely constituted in finding solutions for complex real-life issues. The Gender and Age Prediction is a Deep Learning application and falls under the area of Artificial Intelligence. Age and gender are considered as key attributes because they play a foundational role in social interactions. Estimating age and gender based on image(s) is considered as a crucial task in smart applications. The gender is expected to be classified into one of βMALEβ and βFEMALEβ however estimating age accurately using regression is considered as a monotonous job as even humans canβt accurately predict the age by looking intently at a person. However, still it can be determined whether a person is in their 20s or in their 30s. through an approach namely Age Prediction as grouping and classification task using Audience Dataset, it consists of images labelled with subsequent age groups [(0 β 2), (4β 6), (8 β 12), (15β 20), (25 β 32), (35 β 43), (45 β 53), (60 β100)] and gender labels βMALEβ and βFEMALEβ. Convolution neural networks (CNN) are extensively being used for classification and facial recognition because of its exceptional efficiency in these tasks. βOpenCVβ is an abbreviation for open-source computer vision. It's also a Machine Learning Library, capable of processing real-time image, video and supports the Deep Learning frameworks -Tensor Flow, Caffe, and PyTorch.
Keywords: Facial recognition, Convolution neural networks, Artificial Intelligence, Classification, Regression, OpenCV, Adience Dataset, Machine Learning Library, Tensor Flow, Caffe, and PyTorch.
How to Cite:
[1] T. Veena, B. Lokesh, A. Sanjay, βGender and Age Detection Using Artificial Intelligence In Python,β International Journal of Advanced Research in Computer and Communication Engineering (IJARCCE), DOI: 10.17148/IJARCCE.2022.114126
