Systems, Smart Technologies, and Innovation for Society : Proceedings of CITIS 2024 (Lecture Notes in Networks and Systems 1331) (2025. xviii, 514 S. XVIII, 514 p. 236 illus., 203 illus. in color. 235)

This open access book compiles the proceedings of the tenth edition of the International Congress on Science, Technology and Innovation for Society, a key event that addresses in a practical and multidisciplinary way smart technologies and their impact on crucial sectors such as sustainability, environment, information and telecommunications, industry and mobility. Through studies with diverse methodologies, basically applied research, it explores how emerging technologies such as artificial intelligence, machine learning, the Internet of Things and big data are transforming these fields, solving global problems and improving the quality of life.

It should be noted that the novelty of the book lies in presenting research that integrates the perspectives of experts from different sectors, combining the technical vision with the analysis of the social, economic and environmental impacts of technological innovation. In this sense, it has a broad scope, as it is aimed at professionals, researchers and students of technology, engineering, data science, sustainability, etc., as well as entrepreneurs and public policy makers.

It is also a valuable resource for those interested in understanding how emerging technologies can transform key sectors and contribute to a more sustainable future, from informed decision making in the fields of scientific research, technological innovation; as well as being a source of inspiration for entrepreneurs and project leaders seeking cutting-edge technological solutions. In short, a key work for those who wish to explore the future of smart technologies and their impact on society.

.- Towards a learning experience on the pre-assembled mobile robot platform in the first year of engineering.- Pilot Channel Estimation for improve the Non-linear effects on GFDM-MIMO scheme.- Random Walks Sampling on the Facebook Network of the Massachusetts Institute of Technology Using Ant Colonies.- Fuzzy Logic in non-current assets, etc.

Esteban Mauricio Inga Ortega is currently Research Vice-Chancellor at Universidad Politécnica Salesiana. In 2001, he graduated as an Electronic Engineer at the Salesian Polytechnic University-Cuenca Campus and has more than 21 years of experience in university teaching. In 2008, he received his Master's in Education and Social Development from the Universidad Tecnológica Equinoccial-Quito/Ecuador. At the beginning of 2017, he received his Master's in Engineering from the Universidad Pontificia Bolivariana de Medellín - Colombia. In March 2018, he obtained his Ph.D. degree from the Universidad Pontificia Bolivariana de Medellín - Colombia with honorable mention: Magna Cum Laude awarded when the thesis exceeds the expectations of what was proposed in the project, by the unanimous concept of the jurors and scientific production is demonstrated. He has held positions as Head of the Curricular Area, Director of the Electrical Engineering career, Coordinator of Dual Technical and Technological Training, Coordinator of the Master's Degree in Electricity, mention in Electrical Power Systems. Currently, he is the Director of the Master's Program in ICT for Education offered by the Salesian Polytechnic University, Research Coordinator of the Quito Campus, Coordinator of the Research Group on Smart Grids (GIREI) of the Salesian Polytechnic University at the Quito Campus, mentor and coordinator 2022-2025 of the "Red-IUS en redes eléctricas y ciudades inteligentes (RECI)," is Associate Editor of the Ingenius Journal, is a senior member of IEEE (IEEE Communications Society-ComSoc and IEEE Education Society) and accredited researcher by the Senescyt. In terms of scientific publications, he has generated more than 71 articles indexed in ISI Web of Science/Scopus and more than 30 articles indexed by Scielo, latindex, and other indexing; he has coordinated and directed more than ten research projects, his number of citations in scholar google exceeds 1400 citations. He currently directs doctoral and Master's theses in Italy, Colombia, Chile, and Ecuador and has produced more than 20 theses within the Salesian Polytechnic University. Electrical Engineering and Biomedical Engineering professor, where he teaches Research Techniques, Numerical Methods Programming, and Wireless Networks. He is also a professor of the Doctorate Program in Computer Science and Master's programs in Educational Innovation, Special Education, Electricity, and Information and Communication Technologies for Education.

Nuria García Herranz is an Associate Professor of Nuclear Engineering at UPM, Department of Energy Engineering, where she has taught in the areas of Nuclear Technology and Nuclear Fission Reactors since 2005. She is an Energy Engineer (1995) and PhD in Nuclear Engineering (2000) from UPM. She has been advisor of 6 PhD theses, four of them awarded or finalists with the European Nuclear Education Network PhD prize. She has graduated about 45 BSc and MSc students.

Her main research areas include Reactor Physics (neutronics and multi-physics for both current reactors and Generation-IV fast reactors), Inventory and Criticality Safety, together with Sensitivity and Uncertainty analysis due to Nuclear Data. Innovation in education in Reactor Physics is also one of her active areas of work.

Her scientific contributions have been published in 37 papers in indexed journals, 67 peer-reviewed international conference proceedings and around 75 presentations in workshops and national conferences. She has participated in 12 European projects (principal investigator in 3 of them), and in 17 national research projects.

She has internationally recognized expertise in Reactor Physics, being Spanish Delegate of the Working Party on Scientific Issues of Reactor Systems (WPRS) of the OECD/NEA Nuclear Science Committee since 2021, and Spanish Delegate of the Expert Group on Physics