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This insightful Research Handbook examines the role of Information Systems & Technology (IS&T) across multiple fields including artificial intelligence, cloud computing, business intelligence and mobile communication. It discusses the ethical implications of IS&T, including risks to privacy and security, and outlines potential solutions to these challenges.Contributing authors illustrate the complex and rapidly evolving state of the field, analysing case studies that demonstrate the transformative impact of technology on global business organizations. They provide insight into the design and usage of information systems, rethinking current paradigms around the development of smart technologies, automated computations and digital transformations for industrial applications. This Research Handbook showcases how information systems can be used to advance intelligence systems, smart drones and configured chatbots, while examining the impact of blended learning platforms on online learning during the COVID-19 pandemic.The Research Handbook on Information Systems and Technology is an essential guide for students and scholars in science and technology, IS and sociology. Its practical approach to a diverse range of industries will also greatly benefit practitioners and researchers in knowledge management, technology design and innovation.
Edited by Arti Jain, Assistant Professor (Sr. Grade), Department of Computer Science & Engineering and Information Technology, Jaypee Institute of Information Technology, Noida, Uttar Pradesh, India, John Wang, Professor, Department of Information Management and Business Analytics, Montclair State University, USA and Arun Kumar Yadav, Assistant Professor, Department of Computer Science and Engineering, National Institute of Technology, Hamirpur, Himanchal Pradesh, India
ContentsIntroduction to the Research Handbook on Information Systems and Technology ixArti Jain, John Wang and Arun Kumar Yadav1 From prompt to production: a design process pipeline using AI 1Gerry Derksen2 Paradigm shift in the role of information systems for teaching pedagogy 15Arti Jain, Ekta Srivastava and Shruti Goyal3 Advanced IoT-based pest management system for smart agriculture usinghierarchical multiscale LSTM with Attention Mechanism 35Paramita Sarkar, Debmitra Ghosh and Dharmpal Singh4 Factors affecting cloud computing adoption: a case study of Australianbusinesses 66Satha Pillay, Uwe Kaufmann and Kavita Goel5 Comparative analysis of farmers’ producer organizations’ Fourth IndustrialRevolution Technology adoption in Karnataka and Assam region 85C. Ganeshkumar, Nitish K. Singh and B. Venugopal6 Online learning during COVID-19: focus on students’ perspective,accessibility, and geographical location 102Sreerakuvandana and Riya Rafeekh7 Revolutionizing STEM learning with automated artificial intelligencebased tools 122Shaziya Banu S., Sreerakuvandana, Shivi Sharma and RakshithKrishna8 AI-based air quality monitoring and prediction information system 137Divya Rishi Sahu, Deepak Singh Tomar, Rajeev Kumar Gupta, HarshTiwari and Mohit Kumar9 Sculpting Success: How Information Systems Reshape the Art and Scienceof Marketing 157S. S. Aravinth, M. Ravisankar, Ayodeji Olalekan Salau and K. Selvam10 Digital technologies: empowering sustainable development, conqueringsocietal changes 174Janmejai Kumar Shah, Manu Sharma, Sudhanshu Joshi, AbhishekMishra and Rajat Sharma11 Information systems in HR processes: perspectives and processes 184Kavita Ajay Joshi and Santoshi Sengupta12 Constraints to the adoption of blended learning in higher educationinstitutions in an emerging market context: the case of Uganda 203Issac Wasswa Katono and Stephen Kyakulumbye13 Integrating machine learning and deep learning into healthcareinformation systems: concepts, techniques, and comparative insights 226Mohit Kumar and Archana Purwar