Deep Learning Based Face Mask Detection in Religious Mass Gathering During COVID-19 Pandemic

Abstract

Notwithstanding the religious intention of billions of devotees, the religious mass gathering increased major public health concerns since it likely became a huge super spreading event for the severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2). Most attendees ignored preventive measures, namely maintaining physical distance, practising hand hygiene, and wearing facemasks. Wearing a face mask in public areas protects people from spreading COVID-19. Artificial intelligence (AI) based on deep learning (DL) and machine learning (ML) could assist in fighting covid-19 in several ways. This study introduces a new deep learning-based Face Mask Detection in Religious Mass Gathering (DLFMD-RMG) technique during the COVID-19 pandemic. The DLFMD-RMG technique focuses mainly on detecting face masks in a religious mass gathering. To accomplish this, the presented DLFMD-RMG technique undergoes two pre-processing levels: Bilateral Filtering (BF) and Contrast Enhancement. For face detection, the DLFMD-RMG technique uses YOLOv5 with a ResNet-50 detector. In addition, the face detection performance can be improved by the seeker optimization algorithm (SOA) for tuning the hyperparameter of the ResNet-50 module, showing the novelty of the work. At last, the faces with and without masks are classified using the Fuzzy Neural Network (FNN) model. The stimulation study of the DLFMD-RMG algorithm is examined on a benchmark dataset. The results highlighted the remarkable performance of the DLFMD-RMG model algorithm in other recent approaches.

Bioinspired Image Processing Enabled Facial Emotion Recognition Using Equilibrium Optimizer With a Hybrid Deep Learning Model

“…Chakravarthi et al [10] designed a hybrid DL approach (i.e., CNN-LSTM with ResNet-152 model) to classify emotions based on EEG signals. The activity in the brain seems to hold a specific characteristic which modified from one person to another, as well as from one emotional state to another emotional state.…”

“…DL techniques tested a stream of techniques to attain sturdiness and higher performance when evaluated to basic machine learning (ML) detection models like support vector machines (SVM) and multi-layer perceptron NN (MLP-NN). Then, humans function in a variety of circumstances so human behavior analysis requires being strong and DL approaches provide the required strength as well as scalability on novel kinds of data [10].…”