In education, the overall performance of every student is an important issue when assessing the quality of teaching. However, in the traditional educational system not all students have the same opportunity to develop...
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Bitcoin and Cryptocurrencies are the most popular and the earliest applications of Blockchain. A Blockchain is a public ledger that is distributed and decentralized and it is used to carry out transactions online acro...
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Maximal clique finding is a fundamental problem in graph theory and has been broadly investigated. However, maximal clique finding is time-consuming due to its nature and always returns tremendous cliques with large o...
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Using Digital human modeling (DHM) early in design brings the advantage of reducing the time and resources committed to building full-scale physical prototypes. DHM also helps in minimizing efforts put on performing h...
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ISBN:
(纸本)9783030499037;9783030499044
Using Digital human modeling (DHM) early in design brings the advantage of reducing the time and resources committed to building full-scale physical prototypes. DHM also helps in minimizing efforts put on performing human subject data collection. However, majority of the repetitive two- and three-dimensional (2D/3D) object orientations and manikin adjustments in DHM are executed manually via point-and-click based keystrokes and precision mouse control, which correspond with increased user effort and time. Additionally, such manual adjustments often fail to mimic the actual postures with high fidelity;thus, injecting further user bias into the design. Due to lack of automation, engineers follow a much conservative approach via running a limited set of ergonomics simulations on select values in contrast to performing an exhaustive search for exploring an extensive set of anthropometry and postural variations. this study introduces an early design framework to automate manikin setup, task simulation, and ergonomic evaluations in DHM to provide concept design exploration capabilities. In this research work, a cockpit packaging design problem was explored to measure the reach gap values via the automation framework. Results suggest that the automation methodology has the potential to reduce the amount of time required to perform DHM simulations and helps in minimizing user bias. the automation framework generated ergonomic evaluations with high correlation values (>0.97) and provided approximately a 97.5% reduction in time when compared to manual simulations.
Recently, evolutionary multi-tasking (EMT) has been proposed as a new search paradigm for optimizing multiple problems simultaneously. Since the beneficial knowledge can be transferred among tasks to speed up the opti...
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Currently, there exist several open-source computer vision libraries designed for human pose estimation from photos and videos. they are mainly focused on the possibility of detecting individuals in the image and retu...
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ISBN:
(纸本)9781665426060
Currently, there exist several open-source computer vision libraries designed for human pose estimation from photos and videos. they are mainly focused on the possibility of detecting individuals in the image and returning their skeleton determinants. An often overlooked or underdeveloped functionality is tracking the trajectory of the detected people, which presents a serious problem in the process of design automated video surveillance systems. In this work, the author attempts to develop an algorithm for tracking multiple human poses in real-time, based on simple decision filters. the developed solution is designed to work with keypoints obtained from a selected open-source human poses recognition library. the author reveals details related to the method of processing and analysing obtained keypoints, describes the concept of decision filters and presents the results of the software implementation.
Automated processing, semantic enrichment and visual analytics methods for point clouds are often use-case specific for a given domain (e.g, for Facility Management (FM) applications). Currently, this means that appli...
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the proceedings contain 77 papers. the special focus in this conference is on Digital Human Modeling and Applications in Health, Safety, Ergonomics and Risk Management. the topics include: Extracting and Evaluating Pe...
ISBN:
(纸本)9783030499037
the proceedings contain 77 papers. the special focus in this conference is on Digital Human Modeling and Applications in Health, Safety, Ergonomics and Risk Management. the topics include: Extracting and Evaluating Personal Interests with Dialogue Agent;usability Assessment of Augmented Reality-Based Pedestrian Navigation Aid;towards Practical Use of Bedside Sensing/Voice-Calling System for Preventing Falls;use of Technologies for Supporting Dementia Care;a Study of Quantifying Skills of Caregivers Touch to People with Dementia;a design Framework to Automate Task Simulation and Ergonomic Analysis in Digital Human Modeling;verifying the Usefulness of Monitoring Sensors Used by Caregivers in Nursing Homes;investigations on Monitoring Sensor Usage and Decision-Making: A Case Study in an Elderly Care Facility;advancing a ‘Human Factors & Ethics Canvas’ for New Driver Assistance Technologies Targeted at Older Adults;heart Sound Recognition Technology Based on Deep Learning;developing Parameters for a Technology to Predict Patient Satisfaction in Naturalistic Clinical Encounters;EVIDENT: Extraction and Visualization Interface of Drawing Execution in Neuropsychological Tests;TrackSugAR;a Technology-Driven Approach for Child-Friendly Diabetes Management;a Personal Health-Tracking System Focused on Social Communication for Motivation;semi-autonomous Collaborative Mobile Platform with Pre-diagnostics for Hospitals;how Do We Sit When Our Car Drives for Us?;excessive Smartphone Use and Associated Physiological Disorders – A Survey on Research Status in India;research and design of Relieving Neck Muscle Fatigue Based on Serious Game;study on the Effect of Cervical Spine Somatosensory Games of Virtual Reality and Augmented Reality on Relieving Neck Muscle Fatigue;computer-Interfacing with Noninvasive Muscle Activity Diagnostic;foreword.
this paper focuses on the simulation technology for optimization of the automatic control system (ACS) parameters vector to be tuned and to provide a stable operating mode eliminating self-oscillations. A hybrid appro...
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Detecting hate speech in text is essential in today’s digital age, where online platforms strive to eliminate toxic discourse and create a healthy environment for users. In response to this challenge, we introduce SE...
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