CALL FOR PAPERS: Intelligent Healthcare Systems - FREE OF CHARGES
Creators: name: Estrela, Vania V.
name: Andreopoulos, Nikolaos
name: Lopes, Ricardo Tadeu
name: De Assis, Joaquim Teixeira
name: Terziev, Andrey
name: Sroufer, Robert
name: Estrela, Vania Vieira
name: Estrela, V. V.
name: Albany E. Herrmann
name: Edwiges G. H. Grata
name: De Jesus, Maria Aparecida
name: Vianna, Monica
Publisher: name: Zenodo
Year: 2022
Subjects: Healthcare
Artificial Intelligence
Cyber-physical system
Health 4.0
Biomedical engineering
IoT
AI
Telemedicine
Blockchain
Cloud computing
Fog computing
Smart drugs
ICT for Healthcare
Health informatics
Wireless networks
Ad hoc networks
Sensors
Actuators
Public health
Wearables
Implants

description: CALL FOR BOOK CHAPTERS<br> <strong>INTELLIGENT</strong> <strong>HEALTHCARE</strong> <strong>SYSTEMS</strong> <br> <strong>Scopus</strong>-<strong>indexed</strong>, <strong>Free</strong> <strong>of</strong> <strong>charges</strong>, <strong>published</strong> <strong>by</strong> <strong>CRC</strong> <strong>Press/Taylor</strong> <strong>&amp;</strong> <strong>Francis</strong> <strong>Keywords: </strong> Health 4.0, Internet of Medical Things, Public Health, Disaster Mitigation, Vehicular Communications, Wireless Networks, Wearables, Artificial Intelligence in Healthcare, Cyber-Physical Systems, Smart Designs, Blockchain, Digital Twins, Telemedicine, 5G, Medical Imaging, Cloud Computing. <strong>Editor: </strong>Vania V. Estrela vania.estrela.phd@ieee.org Federal Fluminense University, RJ, Brazil <strong>Book Content Description </strong> Information is paramount to the healthcare sector, entailing intense data, medical epidemiologic sets, Internet browsing records, surveys, complex engineering models, and so on via the Cloud. This quest for knowledge prompts the data dimensionality, which calls for more sophisticated and efficient information strategies. Health science and biology are very complex fields fully embedded in information technology, but the associated processes are much too intricate to be faithfully modeled. It is not easy to extract knowledge starting from raw data, and it is also expensive. Artificial intelligence (AI) in healthcare (AIH) has been the primary concern to develop expert systems aimed for diagnostic and decision-making in knowledge acquisition, representation, reasoning, and explanation. Many healthcare facilities (HFs) have data acquisition, monitoring, and storage systems integrated into larger-scale information systems. This vast amount of information and databases stemming from medical applications cause hinder analysis and decision making. Hence, there is a need to develop better tools for accessing/storing/analyzing knowledge while effectively using multimodal data. These necessities become essential in the healthcare realm as decision-making relies on knowledge from multidisciplinary areas. This book intends to provide computational methods for intelligent health data analysis to narrow the gap between data gathering and data comprehension with applications in medicine, health care, biology, pharmacology, and related areas. Intelligent Data Analysis (IDA) expedites healthcare analyses and applications. IDA employs specialized statistical, pattern recognition, machine learning (ML), data abstraction, and visualization tools for analysis of data and discovery of mechanisms that created them. Healthcare data typically involve many records/variables, subtle interactions between entities, or a combination of all factors. Engineering, computing science, and ML empower data analysis tasks. The IDA extracts knowledge from too much data, with a vast amount of variables, data that represents very complex, nonlinear, real-life problems. IDA can help raw data analysis, coping with prediction tasks without knowing the theoretical description of the underlying process, classification tasks of new events, or modeling unknown processes. Classification, prediction, and modeling are the cornerstones brought in by IDA. This book focuses on AIH methods and tools to bridge data gathering and data comprehension. Emphasis will also be given to problem solving within HFs to handle patient records, data warehousing, intelligent alarming, competent monitoring, etc. In medicine, overcoming this gap is particularly crucial since medical decision-making needs comprehension of healthcare data regularities and trends. This book tackles different IDA approaches. <strong>Submission Schedule </strong> One-page abstract submission: May 20, 2021 Structured Abstract Template in Word Manuscript submission due: May 31, 2021 Manuscript Template in Word Manuscript Template in pdf Review notification with acceptance/rejection: June 30, 2021 Revised paper submission: July 31, 2021 Camera-Ready Submission: August 31, 2021