AI Knowledge Transfer from the University to Society

José Guadix Martín, Professor, Department of Industrial Organization and Business Management, University of Seville, Spain.Milica Lilic, R&D Project Manager at the Secretariat of Knowledge Transfer and Entrepreneurship, University of Seville, Spain.Marina Rosales Martínez, Head of Service at the Secretariat of Knowledge Transfer and Entrepreneurship, University of Seville, Spain.

• Foreword: Artificial Intelligence: The New Paradigm to Boost Society 5.0EditorsContributorsIntroduction1 Health and Social Welfare1.1 Artificial Intelligence for the Optimization of Focused Ultrasound Cleaning of Shunts Implanted in Patients of Different Pathologies1.2 Assuring the Quality and Security of Medical Robotics Process Automation1.3 Machine Learning and Single-Cell Transcriptomic Analysis in the Brain2 Energy Efficiency and Sustainable Construction2.1 IoT for Energy-Efficient Gas Meters2.2 Wireless Sensor Network for Sustainable Construction and Intelligent Transport2.3 Introduction to Dynamic Maintenance Scheduling Based on the Advanced Use of Predictive Analytical Techniques: Application to the Use Case of Intelligent Maintenance of High-Speed Trains3 Digital Economy3.1 Detecting Cyber Incidents in IoT: A Case Study in Smart Cities3.2 Reliable Government Automation of Regulated Infrastructures by Service Level Agreements3.3 Generating Data Sets for Intent Classification in Conversational Systems3.4 An Artificial Intelligence Tool to Calibrate the Coverage of Information Sources on the Internet4 Mobility Logistics and Advanced Industry Linked to Transportation4.1 Optimizing Stock Replenishment in Fashion Retailers4.2 Development of a Surveillance System for Maintenance and Diagnosis of Buses Based on Can-Bus Data Transmitted Wirelessly4.3 A Mathematical Optimization and Machine Learning Approach for Pipeline Routing4.4 Digital Factory for Small- and Medium-Sized Advanced Transport Companies4.5 A Novel Approach to Radiation Hardness Assurance for Aerospace Applications Based on Machine Learning4.6 Optical Sensing and Self-Learning Approach to Estimate the State Condition of Railway Infrastructure Sublayers4.7 Power-Efficient Analog-to-Information Image Sensors: The Fuel of AI Microsystems5 Endogenous Land-Based Resources, Agroindustry, and Tourism5.1 Prioritizing Water Distribution and Sewer Network Maintenance Activities5.2 New Data Structure (Asymmetrical and Multiscale Grid) for Geodata Integration and Input for Machine Learning Analysis5.3 Development of Yield Monitoring System Based on Computer Vision for Super-High-Density Olive Orchard5.4 Smart Agriculture Based on Cyber-Physical Systems5.5 Development and Adaptation of Digital Information Models for the Management of Architectural Assets: Case Studies in Archaeological and Architectural HeritageConclusionIndex

"Although there is abundant literature on AI, the book's approach based on examples and applications is stimulating for those readers who want to know the practical implications of its use in real settings. It allows us to obtain a vision of the possibilities that AI techniques bring in current and real projects, and to understand the potential impact of these technologies in different sectors of activity." --Santiago Iglesias Pradas, The Technical University of Madrid"The book publicizes various knowledge transfer activities from the university to industry in the AI discipline. It is an example of good practices led by the autonomous government of Andalusia: one of the most important regions in Europe in the production of goods and services." --Joaquín Bautista-Valhondo, BarcelonaTech"The book covers 22 subprojects, representing a wide range of innovations, derived from its transversal and applied approach focused on the University of Seville. The AI applications cover key sectors in society and industry, not only for Andalusia, but for national and international scope." --María del Mar Eva Alemany Díaz, Polytechnic University of Valencia