Smart Education and e-Learning 2017

This book gathers the contributions presented at the 4th International KES Conference on Smart Education and Smart e-Learning (KES-SEEL-17), which took place in Vilamoura, Algarve, Portugal, June 2123, 2017.

Smart education and smart e-Learning are emerging and rapidly growing areas. They represent the innovative integration of smart systems, technologies and objects, smart environments, smart pedagogy, smart learning and academic analytics, various branches of computer science and computer engineering, and state-of-the-art smart educational software and/or hardware systems.

It contains a total of 48 peer-reviewed book chapters that are grouped into several parts: Part 1 Smart Pedagogy, Part 2 Smart e-Learning, Part 3 Systems and Technologies for Smart Education, Part 4 Smart Teaching, and Part 5 Smart Education: National Initiatives and Approaches.

The book offers a valuable source of research data, information on best practices,and case studies for educators, researchers, Ph.D. students, administrators, and practitionersand all those who are interested in innovative areas of smart education and smart e-Learning.

Includes recent research on Smart Education and e-Learning Gathers the Proceedings of the 4th International KES Conference on Smart Education and Smart E-Learning (KES-SEEL-17), held on June 2123, 2017 in Vilamoura, Portugal Focuses on the rapidly growing fusion of three areas: smart technology, intelligent systems, computer science, and computer engineering engineering of advanced educational software and hardware systems, and technology-based teaching and learning strategies and methodologies Includes supplementary material: sn.pub/extras

Inhalt
Smart Pedagogy for Smart Universities.- Information Channel Based Measure of Effectiveness of Computer-Assisted Assessment in Flipped Classroom.- Efforts for Upward Spirals Based on Both Teacher and Student Feedback on Smart Education.- Analysis of Students' Behaviors in Programming Exercises using Deep Learning.- A Serious Game to Promote Environmental Attitude.- Making MOOCs More Effective and Adaptive on Basis of SAT and Game Mechanics.- The Development of the Critical Thinking as Strategy for Transforming a Traditional University into a Smart University.- RLCP-compatible Virtual Laboratories with 3D-Models and Demonstration Mode: Development and Application in e-Learning.- Remote Laboratory Environments for Smart E-Learning.- An Automata Model for an Adaptive Course Development.- Algorithm of Contextual Information Formation for Smart Learning Object.- Information Technologies in Musical and Art Education of Children.- SPOC produced by sophomores for their junior counterparts.- AnOutcome-based Framework for Developing Learning Trajectories.- Building Smart Learning Analytics System for Smart University.- DILIGO Assessment Tool: A Smart and Gamified Approach for Preschool Children Assessment.- Education Information Interaction in a Group on the Basis of Smart Technologies.- Impact of International Accreditation for Education in the Russian Federation.- User Identification in a Variety of Social Networks by the Analysis of User's Social Connections and Profile Attributes. <p