Table of Contents
1. Aquaculture An introductory text2. Technological update in aquaculture
3. Smart and Digitalizing the Aquaculture
4. Introducing Artificial Intelligence towards Aquaculture
5. Learning algorithms of artificial intelligence and machine learning for aquaculture
6. Bioimaging and artificial intelligence integration for aquaculture disease control and monitoring
7. Artificial intelligence integrating drone technology for feeding
8. Enhancing aquatic animal health with artificial intelligence-integrated bioengineering
9. Handling Internet of Things in aquaculture
10. OMICS technologies for aquaculture
11. Aquaculture drug design using artificial intelligence and machine learning methods
12. Block chain, cloud, and big data for aquaculture
13. Aquaculture and artificial intelligence integration into industrial aspects
14. Future directions
Authors
Baskaralingam Vaseeharan Alagappa University, Karaikudi, India.Dr. Baskaralingam Vaseeharan is Professor and Department Head of Animal Health and Management at Alagappa University in Karaikudi, India. He obtained his PhD in Zoology at University of Madras and his DSc in Zoology at Periyar University, India. Dr. Vaseeharan's lab study focuses on aquatic animal health biotechnology, crustacean molecular biology and genomics, molecular biology and immunology, and nanoscience and technology. His current research focuses on improving stress tolerance and disease resistance in aquatic animals to promote high yield in aquaculture and protect aquatic environments from toxic pollutants.
Ashokkumar Sibiya Alagappa University, India. Dr. Ashokkumar Sibiya is Research Scholar in the Department of Animal Health and Management at Alagappa University in Karaikudi, India. She obtained her MSc from Manonmaniam Sundaranar University and her PhD from Alagappa University. Her research focuses on aquatic toxicology and immunology of commercial aquaculture species. She specializes in the impact of nanomaterials and pharmaceutical drugs on aquatic organisms, and she combines traditional and innovative techniques, including novel bioinformatic approaches, to evaluate the toxic impacts of emergent contaminants on aquatic organisms. Palmy Jesudhasan Research Microbiologist, USDA Agriculture Research Service, USA.Dr. Palmy Jesudhasan is Research Microbiologist at the USDA Agricultural Research Service. He obtained his PhD in Zoology at the University of Madras, India, and has 25 years of experience in animal vaccine production. His area of research focuses on controlling foodborne and poultry pathogens using vaccine, genomic, and proteomic approaches. He has a background in fish pathogenesis and is well experienced applying electron beam technology to control pathogens.
Chandrabose Selvaraj Associate Professor, Saveetha University, India.Dr. Chandrabose Selvaraj is Associate Professor at the Saveetha Institute of Medical and Technical Sciences, India. He obtained his PhD in Bioinformatics from Alagappa University, India, and conducted post-doctoral research at the USA Food and Drug Administration, Central European Institute of Technology, Konkuk University, and Indian Institute of Technology. He has expertise in microbial informatics and his research focuses on computational chemistry, molecular modeling, drug design, and artificial intelligence.
