Advances in Image and Data Processing using VLSI Design, Volume 2

Preface1 Biomedical image signal processing and its VLSI implementation–past, present and future2 Methodology for real-time processing of medical images, based on GPU architecture3 Genesis of abdominal electrode placements to create a non-invasive FECG database for scientific research4 Unsupervised convolutional neural network model for breast cancer detection5 Sign language recognition (SLR) system for hearing-impaired people and those with speech disability: a review6 Image recognition with speech7 Methodology for the creation and evaluation of a database of medical images: cerebral cysticercosis case8 Smart homes: the next urban evolution in smart cities for elderly and disabled people to give a better quality of life9 Practical techniques for the fight against COVID-19: using today’s technology to make prevention strategy more efficient and effective10 Field programmable gate array implementation of MRI image segmentation for brain tumor detection and classification using a deep learning algorithm11 A review on secure image transfer techniques and hardware security12 Design and development of an iOS mobile application with the help of VLSI design13 High level synthesis of fingerprint authentication system14 An efficient 24×7 patient’s vital parameter monitoring framework using machine learning based Internet of Biomedical Things: a comprehensive approach15 FPGA implementation for machine learning based automatic facial emotion recognition system16 Role of reduction techniques in VLSI design