Human-Centered Technology for a Better Tomorrow: Proceedings of Humens 2021

ISBN-13: 9789811641145 / Angielski / Miękka / 2021 / 744 str.

Mohd Hasnun Arif Hassan; Zulkifli Ahmad @. Manap; Mohamad Zairi Baharom

Spis treści

Heart Rate Variability (HRV) as a Physiological marker of Stress among Electronics Assembly Line Workers.- Dynamic Propagation Area to Simulate Soft Tissue De- formations using Mass Spring Method.- MG Signal Segmentation to Predict Driver's Vigilance State.- Prediction of Blood Glucose Level based on Lipid Profile and Blood Pressure using Multiple Linear Regression Model.- Study on the Enhancement of Malaysian ICU Centre and Introduction of STAR Performance.- Modeling of Soft Tissue Deformation using Mass Spring Method with Nonlinear Volume Force.- Chaotic Map Initializations with Tiki-Taka Algorithm for Software Remodularization Problem.- Development of Real-time Emotion Recognition System Based on Machine Learning Algorithm.- Development of Sign Language Translator for Speech Impairment Person.- Comparative Study of Five Metaheuristic Algorithms for Team Formation Problem.- Automatic Identification of Plastic Waste By HSV Colour.- Validation of compressive test of biodegradable lumbar interbody spinal cage with different porous structure using computed tomography-based finite element analysis.- Node-Based Soft Object Deformation using Stress Estimation Method.- Effect of Airway Stent on Stenosed Trachea.

Blurb

This book acts as a compilation of papers presented in the Human Engineering Symposium (HUMENS 2021). The symposium theme, “Human-centered Technology for A Better Tomorrow,” covers the following research topics: ergonomics, biomechanics, sports technology, medical device and instrumentation, artificial intelligence / machine learning, industrial design, rehabilitation, additive manufacturing, modelling and bio-simulation, and signal processing. Fifty-nine articles published in this book are divided into four parts, namely Part 1—Artificial Intelligence and Biosimulation, Part 2—Biomechanics, Safety and Sports, Part 3—Design and Instrumentation, and Part 4—Ergonomics.