FROM THE JOURNAL

TIU Transactions on Inteligent Computing


GENDERBLITZ: SWIFT AGE DETECTION


S. Srijayanthi, Rivanthika Shri R, Varsha S, Maneesh R
Department of ADS
R.M.K Engineering College Tiruvallur, Tamil Nadu

Abstract

In this age of evolving computer vision, "GenderBlitz: Swift Age Detection" sets forth a totally different deal of the idea of automating training for CNNs which quite accur In this age of evolving computer vision, "GenderBlitz: Swift Age Detection" sets forth a totally different deal of the idea of automating training for CNNs which quite accurately places the gender and also estimates the age from the facial images. To extract the important facial features required for gender identification and age estimation, deep learning techniques were employed. the gender and also estimates the age from the facial images. To extract the important facial features required for gender identification and age estimation, deep learning techniques were employed. Some significant Some significant stages stages of were scaling, gray-scale normalization, all to augment model stability and to enhance performance levels during training. A miscellaneous dataset is used to train of preprocessing used were scaling, gray transformation, and normalization, all to augment model stability and to enhance performance levels during training. A miscellaneous dataset is used to train the CNN model utilizing advanced algorithms leading to amazing accuracy in gender recognition and good results obtained from age prediction assessment. The study shows how CNNs can transform a variety of applications in facial image analysis, thus leading the way toward biometric systems. The backdrop of this research ound the adjoining tackles such as facial the CNN model utilizing advanced algorithms leading to amazing accuracy in recognition and good results obtained from age prediction assessment. The study shows how CNNs can transform a variety of applications in facial image analysis, thus leading the way toward biometric systems. The backdrop of this research is built around the adjoining tackles such as facial distortion and lighting conditions that afford a level of insight into the prospects for improving conventional facial analysis techniques. Results create promising avenues for future endeavors, aimed at improvement in the flexibility and accuracy of the model towards smoother adaptation into real life applications such as such as security systems, marketing strategies, and human-computer interaction.

Keywords: onvolutional Neural Networks (CNNs), Gender mation, Facial Image Analysis, Convolutional Neural Networks (CNNs), Gender Detection, Age Estimation, Facial Image Analysis, Deep Learning.