Details

<p>.- 1: Smart City Air Quality Monitoring: A Mobile Application for Intelligent Cities.<br>
.- 2: A Comparison of DoDAF, TOGAF, and FEAF: Architectural Frameworks for Effective Systems Design.<br>
.- 3: Integrating AI Techniques for Enhanced Management and Operation of Electric Vehicle Charging Stations.<br>
.- 4: Ensemble Learning Models for Wind Power Forecasting.<br>
.- 5: On the use of Message Brokers for Real-Time Monitoring Systems.<br>
.- 6: An Audit Framework for Civil Construction Safety Management and Supervision.<br>
.- 7: A Framework for Monitoring Pollution Levels in Smart Cities.<br>
.- 8: A Monitoring Framework for Smart Building Facilities Management.<br>
.- 9: A Framework for Wood Moisture Control in Industrial Environment.<br>
.- 10: A Monitoring Framework To Assess Air Quality On Car Parks.<br>
.- 11: An IoT-based Framework for Smart Homes.<br>
.- 12: An IoT Framework for Improved Vineyards Treatment in Grape Farming.<br>
.- 13: Bytes and Battles: Pathways to De-escalation in the Cyber Conflict Arena.<br>
.- 14: Against Skepticism and Deterioration: Art and the Construction of Peace.<br>
.- 15: Predictive Model for Estimating Body Weight Based on Artificial Intelligence: An Integrated Approach to Pre-processing and Evaluation.<br>
.- 16: Strengthening the role of citizens in governing disruptive technologies: the case of Dutch volunteer hackers.<br>
.- 17: Consumer Behaviour in the AI Era.<br>
.- 18: EgiCool - IoT solution for datacenter environmental control and energy consumption monitoring.<br>
.- 19: Development of an Autonomous Device for People Detection.<br>
.- 20: Requirements on and procurement of explainable algorithms—a systematic review of the literature.<br>
.- 21: PetWatcher – Ubiquitous Device Proximity Location System.<br>
.- 22: Gamification, PBL Methodology and Neural Network to Boost and Improve Academic Performance.<br>
.- 23: A Positive Perspective to Redesign The Online Public Sphere: &nbsp;A Deliberative Democracy Approach.<br>
.- 24: Mapping Changes in Procurement Management for Project Implementation in the Food Sector: an applied review to the principles PMBOK®Guide v.7 with DotProject+.<br>
.- 25: Integration of a mobile robot in the ROS (Robot Operating System) environment. Analysis of the implementation in different versions.<br>
.- 26: A comparative analysis of model alignment regarding AI ethics principles.<br>
.- 27: The Biomimicry Database: An Integrated Platform to Enhancing Knowledge Sharing in Biomimetics.<br>
.- 28: Plant disease classification through image representations with embeddings.<br>
.- 29: Value Creation and Strategic Management in the Era of Digital Transformation: a Bibliometric Analysis and Systematic Literature Review.<br>
.- 30: Incorporating Electric Vehicles in Strategic Management or Value Creation Initiatives with a Focus on Sustainability?.<br>
.- 31: Application of Unmanned Aerial Vehicles for Autonomous Fire Detection.<br>
.- 32: Explaining Social Recommendations Using Large Language Models.<br>
.- 33: Utilizing Retrieval-Augmented Large Language Models for Pregnancy Nutrition Advice.<br>
.- 34: The fictional pact in human-machine interaction. Notes on empathy and violence towards robots.<br>
.- 35: Educational Platform for Inclusive Learning with Deep Camera Integration and Serious Games.<br>
.- 36: Evaluation of the effect of side information on LLM rankers for recommender systems.<br>
.- 37: Airsense - Low Cost Indoor Air Quality Monitoring Wireless System.<br>
.- 38: Moral Asymmetries in LLMs.<br>
.- 39: Vineyard Leaf Disease Prediction: Bridging the Gap between Predictive Accuracy and Interpretability.<br>
.- 40: Wrap Your Mind Around Education: Applying Hugging Face to a Chatbot with AI.<br>
.- 41: An Explainable Clustering Methodology for the Categorization of Teachers in Digital learning platforms based on their Performance.<br>
.- 42: From Waste to Wealth: Circular Economy Approaches for Recycled EV Batteries in Energy Storage.</p>

<p>This book uniquely explores the intersection of artificial intelligence, big data, the Internet of Things, and bioinformatics, emphasizing the necessity for a revised ethical framework. It discovers groundbreaking insights into the ethical dimensions of emerging technologies with this comprehensive guide. It highlights the latest scientific and technical advancements, addressing their social impacts and legal challenges. Ideal for academics, industry professionals, and multidisciplinary researchers, this book offers invaluable perspectives on the ethical development of disruptive technologies and uses it to stay ahead in the evolving field of tech ethics, ensuring responsible innovation in diverse areas such as climate change, politics, economy, and security.</p>

Includes recent research on Disruptive Technologies, Tech Ethics and Artificial Intelligence proceedings of the 4th Int. Conference on Disruptive Technologies, Tech Ethics and Artificial Intelligence (DiTTEt 2024) Written by experts in the field