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These proceedings contain the papers of the International Conference e-Learning 2013, which was organised by the International Association for Development of the Information Society and is part of the Multi Conference on Computer Science and Information Systems (Prague, Czech Republic, July 23-26, 2013). The e-Learning 2013 conference aims to address the main issues of concern within e-Learning. This conference covers both technical as well as the non-technical aspects of e-Learning. The conference accepts submissions in the following seven main areas: Organisational Strategy and Management Issues; Technological Issues; e-Learning Curriculum Development Issues; Instructional Design Issues; e-Learning Delivery Issues; e-Learning Research Methods and Approaches; e-Skills and Information Literacy for Learning. Keynote papers in these proceedings include: (1) Thoughts on the Quality of Learning in MOOCs (Thomas C. Reeves); and (2) Social Networks as the support of the e-Learning (Jan Lojda). Full papers in these proceedings include: (1) Evaluation of Visual Computer Simulator for Computer Architecture Education (Yoshiro Imai, Masatoshi Imai and Yoshio Moritoh); (2) Understanding Children's Museum Learning from Multimedia Instruction (Asmidah Alwi and Elspeth McKay ); (3) How Does the "Digital Generation" Get Help on Their Mathematics Homework? (Carla van de Sande, May Boggess and Catherine Hart-Weber); (4) Productization and Commercialization of IT-Enabled Higher Education in Computer Science: A Systematic Literature Review (Irja Kankaanpää and Hannakaisa Isomäki); (5) Motivating an Action Design Research Approach to Implementing Online Training in an Organizational Context (Christine Rogerson and Elsje Scott ); (6) Social e-Learning in Topolor: A Case Study (Lei Shi, Dana Al Qudah and Alexandra I. Cristea); (7) Training Educators: Plan for Replicating the Experience (Ulanbek Mambetakunov and Marina Ribaudo); (8) Choosing Learning Methods Suitable for Teaching and Learning in Computer Science (Estelle Taylor, Marnus Breed, Ilette Hauman and Armando Homann); (9) Teaching AI Search Algorithms in a Web-Based Educational System (Foteini Grivokostopoulou and Ioannis Hatzilygeroudis ); (10) Digital Histories for the Digital Age: Collaborative Writing in Large Lecture Courses (Leen-Kiat Soh, Nobel Khandaker and William G. Thomas); (11) Promoting Scientific Literacy through the Online Argumentation System (Chun-Yen Tsai); (12) Using a Techno-Skepticism Framework to Evaluate the Perception and Acceptance of a New Online Reading List (Ajmal Sultany and Samantha Halford); (13) SMS-Based Learning in Tertiary Education: Achievement and Attitudinal Outcomes (Yaacov J Katz); (14) e-Portfolios @ Teacher Training: An Evaluation of Technological and Motivational Factors (Alfred Klampfer and Thomas Köhler ); (15) Effects of Facebook Tutoring on Learning English as a Second Language (Chang-hwa Wang and Cheng-ping Chen); (16) An Italian Experience of Social Learning at High School (Michelle Pieri, Davide Diamantini and Germano Paini); (17) Distance Education: Educational Trajectory Control (Andrey Isaev, Alla Kravets, Ludmila Isaeva and Sergey Fomenkov); (18) Leadership for Sustaining Pedagogical Innovations in ICT Implementation: A Case Study of Taiwanese Vocational High School (Yih-Shyuan Chen, Yu-Horng Chen, Shun-Jyh Wu and Fang-Kai Tang); (19) Towards to a Versatile Tele-Education Platform for Computer Science Educators Based on the Greek School Network (Michael Paraskevas, Thomas Zarouchas, Panagiotis Angelopoulos and Isidoros Perikos); (20) Adaptive Feedback Improving Learningful Conversations at Workplace (Matteo Gaeta, Giuseppina Rita Mangione, Sergio Miranda and Francesco Orciuoli); (21) Teachers Little Helper: Multi-Math-Coach (Martin Ebner, Martin Schön, Behnam Taraghi and Michael Steyrer); (22) Youflow Microblog: Encouraging Discussions for Learning (Rafael Krejci and Sean W. M. Siqueira); (23) Interaction Problems Accessing e-Learning Environments in Multi-Touch Mobile Devices: A Case Study in Teleduc (André Constantino da Silva, Fernanda Maria Pereira Freire, Alan Victor Pereira de Arruda and Heloísa Vieira da Rocha); (24) Integrating a Learning Management System with a Student Assignments Digital Repository. A Case Study (Javier Díaz, Alejandra Schiavoni, María Alejandra Osorio, Ana Paola Amadeo and María Emilia Charnelli); (25) On the Recommender System for University Library (Shunkai Fu, Yao Zhang and Seinminn); (26) Developing and Implementing a New Online Bachelor Program: Formal Adoption of Videoconferencing and Social Networking as a Step towards M-Learning (Roland van Oostveen and François Desjardins); (27) Developing a User Oriented Design Methodology for Learning Activities Using Boundary Objects (?lga Fragou and Achilles Kameas); (28) User Acceptance of a Haptic Interface for Learning Anatomy (Soonja Yeom, Derek Choi-Lundberg, Andrew Fluck and Arthur Sale); (29) e-Learning Software for Improving Students Music Performance Using Comparisons (M. Delgado, W. Fajardo and M. Molina-Solana); (30) A Digital Game for International Students Adjustments (Maryam Bisadi, Alton Y.K Chua and Lee Chu Keong); (31) Developing an ICT-Literacy Task-Based Assessment Instrument: The Findings on the Final Testing Phase (Jessnor Elmy Mat-jizat); (32) Peer Tutoring in the CIS Sandbox: Does it Work? (Mark Frydenberg); (33) e-Competent Teacher and Principal as the Foundation of e-Competent School e-Education, the Largest School Informatization Project in Slovenia 2008-2013 (Magdalena Šverc, Andrej Flogie, Maja Vicic Krabonja and Kristjan Percic); (34) Collaborative Tools in Upper Secondary School--Why? (Helle Mathiasen, Hans-Peter Degn, Christian Dalsgaard, Christian W Bech and Claus Gregersen); (35) Adaptation of Educational Text to an Open Interactive Learning System: A Case Study for RETUDIS (M. Samarakou, E.D. Fylladitakis, G. Tsaganou, J. Gelegenis, D. Karolidis, P. Prentakis and A. Papadakis); and (36) Using Podcasts in Distance Education (Herman Koppelman). Short papers in these proceedings include: (1) Big Data & Learning Analytics: A Potential Way to Optimize eLearning Technological Tools (Olga Arranz García and Vidal Alonso Secades); (2) Critical Factors in Mobile eLearning: A Quasi-Systematic Review (Sergio Assis Rodrigues, Rodrigo Pereira dos Santos, Lucas Arnaud and Jano Moreira de Souza); (3) Analysis of Instruction Models in Smart Education (JaeHyeong Park, JeongWon Choi and YoungJun Lee); (4) The History Harvest: An Experiment in Democratizing the Past through Experiential Learning (William G. Thomas and Patrick D. Jones); (5) Challenges of Mongolian e-Learning and An Improvement Method of Implementation (S.Baigaltugs, B. Munkhchimeg and J.Alimaa); (6) Towards a Trust Model in e-Learning: Antecedents of a Student's Trust (Woraluck Wongse-ek, Gary B Wills and Lester Gilbert); (7) Elemental Learning as a Framework for e-Learning (John V. Dempsey and Brenda C. Litchfield); (8) An Interactive Training Game Using 3D Sound for Visually Impaired People (Hsiao Ping Lee, Yen-Hsuan Huang and Tzu-Fang Sheu); (9) e-Learning Practice-Oriented Training in Physics: The Competence Information (Alla G. Kravets, Oxana V. Titova and Olga A. Shabalina); (10) Student Experiences on Interaction in an Online Learning Environment as Part of a Blended Learning Implementation: What is Essential? (Laura Salmi); (11) Usability Assessment of e-Cafe Operational Management Simulation Game (Chiung-sui Chang and Ya-Ping Huang); (12) System for Automatic Generation of Examination Papers in Discrete Mathematics (Mikael Fridenfalk); (13) Direction of Contents Development for Smart Education (YoungSun Park, SangJin An and YoungJun Lee); (14) Online Training in Australia (Joze Kuzic); (15) Using Facebook as a Virtual Classroom in a Public University in Mexico City (Miguel Angel Herrera Batista); (16) Exploring Competency Development with Mobile Devices (Maurice DiGiuseppe, Elita Partosoedarso, Roland Van Oostveen and Francois Desjardins); (17) A Study of the Metacognition Performance in Online Learning (Ya-Ping Huang and Chiung-Sui Chang); (18) Educational Company and e-Learning (František Manlig, Eva Šlaichová, Vera Pelantová, Michala Šimúnová, František Koblasa and Jan Vavruška ); (19) Structural Constructivism as an Epistemology for Professional e-Learning: Implications & Recommendations for the Design of ECPD Pedagogical Models (Gurmit Singh and Maggie McPherson); (20) e-Learning System for Experiments Involving Construction of Practical Electric Circuits (Atsushi Takemura); (21) Component-Based Approach in Learning Management System Development (Larisa Zaitseva, Jekaterina Bule and Sergey Makarov); (22) Learning Portfolio as a Service--A Restful Style (Shueh-Cheng Hu, I-Ching Chen and Yaw-Ling Lin); (23) Context Aware Recommendations in the Course Enrollment Process Based on Curriculum Guidelines (Vangel V. Ajanovski); and (24) A Model of e-Learning Uptake and Continued Use in Higher Education Institutions (Nakarin Pinpathomrat, Lester Gilbert and Gary B Wills). Reflections papers in these proceedings include: (1) The Development of Logical Structures for e-Learning Evaluation (Uranchimeg Tudevdagva, Wolfram Hardt and Jargalmaa Dolgor); (2) Ethics in e-Learning (Alena Bušíková and Zuzana Melicheríková); (3) A Comparative Study of e-Learning System for Smart Education (SangJin An, Eunkyoung Lee and YoungJun Lee); (4) Alternative Assessment Techniques for Blended and Online Courses (Brenda C. Litchfield and John V. Dempsey); (5) Assessing the Structure of a Concept Map (Thanasis Giouvanakis, Haido Samaras, Evangelos Kehris and Asterios Mpakavos); (6) Implementations for Assessing Web 2.0 on Education (Gabriel Valerio and Ricardo Valenzuela); (7) Storytelling: Discourse Analysis for Understanding Collective Perceptions of Medical Education (Yianna Vovides and Sarah Inman); (8) Perception and Practice of Taiwanese EFL Learners' Making Vocabulary Flashcards on Quizlet (Chin-Wen Chien); (9) A Study of Perceptions of Online Education among Professionals (Parviz Ghandforoush); and (10) The Design of the Test Format for Tablet Computers in Blended Learning Environments: A Study of the Test Approach-Avoidance Tendency of University Students (Takeshi Kitazawa). Posters in these proceedings include: (1) Blended Lessons of Teaching Method for Information Studies in Which Students Produce a Learning Guidance Plan (Isao Miyaji); (2) Factors Affecting Teenager Cyber Delinquency (Young Ju Joo, Kyu Yon Lim, Sun Yoo Cho, Bo Kyung Jung and Se Bin Choi); (3) Personalized Virtual Learning Environment from the Detection of Learning Styles (M. L. Martínez Cartas, N. Cruz Pérez, D. Deliche Quesada, and S. Mateo Quero); (4) Distance Online Course for Librarian in Mongolia, Reflection and Learned Lesson (Uranchimeg Tudevdagva and Garamkhand Surendeleg); (5) The Design and Development of a Computerized Attention-Training Game System for School-Aged Children (Tsui-Ying Wang and Ho-Chuan Huang); (6) Discovering Visual Scanning Patterns in a Computerized Cancellation Test (Ho-Chuan Huang and Tsui-Ying Wang); and (7) The Effects of Self-Determination on Learning Outcomes in a Blended Learning (Young Ju Joo, Kyu Yon Lim, Sang Yoon Han, Yoo Kyoung Ham and Aran Kang). Luís Rodrigues is an associate editor of the proceedings. Individual papers contain references. An author index is included.

The Research Institute for Higher Education (RIHE) in Hiroshima University started a program of research on the Changing Academic Profession (CAP) in 2005. This research is funded by the Ministry of Education and Science as a grant-in-aid for scientific research headed by Professor Akira Arimoto, Director of the Research Institute for Higher Education, Hijiyama University and Professor-Emeritus of Hiroshima University. Before the conference in 2009, they had already held three international conferences in this topic. The fourth conference was held in Hiroshima in January 2009. This conference was organized by RIHE in cooperation with Hijiyama University, Japan. The conference addressed issues concerning the following three specific themes: (1) Internationalization of the profession; (2) Education and research activities of the profession; and (3) Personal characteristics or careers of the profession. This publication contains the following papers: (1) Changing Academic Profession in the World from 1992 to 2007 (Akira Arimoto); (2) Teaching "versus" Research in the Contemporary Academy (William K. Cummings); (3) Biographies, Careers and Work of Academics (Ulrich Teichler); (4) International Dimensions of the Australian Academic Profession (Leo Goedegebuure, Hamish Coates, Jeannet van der Lee, and Lynn Meek); (5) The Internationalization of Japan's Academic Profession 1992-2007: Facts and Views (Futao Huang); (6) The Internationalization of the American Faculty: Where Are We, What Drives or Deters Us? (Martin J. Finkelstein, Elaine Walker, and Rong Chen); (7) The Academic Profession in a Diverse Institutional Environment: Converging or Diverging Values and Beliefs? (Simon Schwartzman and Elizabeth Balbachevsky); (8) Education and Research Activities of the Academic Profession in Japan (Hideto Fukudome and Tsukasa Daizen); (9) The Academic Profession in Mexico: Changes, Continuities and Challenges Derived from a Comparison of Two National Surveys 15 Years Apart (Jesus F. Galaz-Fontes, Manuel Gil-Anton, Laura E. Padilla-Gonzales, Juan J. Sevilla-Garcia, Jose L. Arcos-Vega, and Jorge G. Martinez-Stack); (10) Teaching and Research across Academic Disciplines: Faculty's Preference, Activity, and Performance (Jung Cheol Shin); (11) Teaching and Research in English Higher Education: New Divisions of Labour and Changing Perspectives on Core Academic Roles (William Locke and Alice Bennion); (12) The Changing Employment and Work Situation of the Academic Profession in Germany (Anna Katharina Jacob and Ulrich Teichler); (13) The Changing Academic Profession in Japan (Yusuke Hasegawa and Naoyuki Ogata); and (14) What Changes Happened to the Academic Profession over 1992-2007? (Futao Huang). Appended are: (1) Conference Program; and (2) List of Participants. Individual papers contain figures, tables, footnotes and references. [This paper was co-created with Research Institute for Higher Education, Hijiyama University.

This paper discusses the design modifications of a sequence of specified learning goals for teaching early number, which characterise an instructional resource developed in a design research collaboration with teachers in Mexican preschools. Highlighted are the types of research involvement that appear to be necessary in designing resources for teaching meaningful mathematics at scale. We argue that, and illustrate how, such involvements need to venture beyond addressing the problems of learning, into the territory of problems of teaching.

In this paper, we present the development of an investigation on the promotion of covariational reasoning in high school students (14-15 years old) in Mexico. The study consists of designing and applying a sequence of didactic activities that simulate a real situation virtually. The activities are organized through a Hypothetical Learning Trajectory supported by digital technology and elements of Cuevas-Pluvinage didactics. The activities were evaluated according to the levels of covariation proposed by Carlson and colleagues, categorizing students' achievements and difficulties for each level of understanding. The results show that the activities favor students' progress by moving from the context situation to the different representations, establishing the relationship between the variables, and identifying their functional dependence. [For the complete proceedings, see ED630210.]

This paper describes the conceptions about complex numbers that a group of university students has, these were built from the application of an activity sequence centered on these numbers. This sequence is based on the APOS theory, some aspects of semiotic representation theory, and the use of digital technology. Particularly, both the general results of a pretest and a posttest are shown and compared. Additionally, the example of a student is analyzed to show evidence of how the mental structures and mechanisms that define the students' conceptions are built through the implementation of the sequence. The results show how the activity sequence allowed students to coordinate algebraic and geometric processes on complex numbers to improve their conceptions. [For the complete proceedings, see ED630210.]

Emotions come into play as teachers make decisions, act, and reflect on the different purposes, methods, and meanings of math teaching. In order to learn more about the emotions of mathematics teachers, this paper shows the emotions experienced by 81 Mexican teachers who teach mathematics in middle school and high school. Emotions are contextualized by the theory of the cognitive structure of emotions, narrative and drawings were used to express their emotions. According to the results, three frequent and common emotions were identified in the teachers, happy-for, satisfaction, and disappointment. Fear was the only frequent emotion in high school teachers; it occurred at the beginning of their teaching, due to the lack of pedagogical content knowledge. [For the complete proceedings, see ED630210.]

Mexico is a country where seismic events occur in a daily basis. Since 1990, the national seismological service has reported various earthquakes, in some cases they usually imperceptible, it doesn't ensure that the population cannot be injured, there for, it is important to keep the entire population informed and prepared in the event of an earthquake. This project will present a proposal for a serious videogame with the intention of bringing the young public, between nine and twelve years old, closer to earthquake prevention in a playful way through a narrative based on children studies and official civil protection guidelines. This videogame is developed with de Godot game engine platform, using as the main source of information the research project developed by the students of the master's degree in Information Design and Communication about strategies focused on children to promote informed behavior for safety in the case of seismic related situations (Gros, 2009). The videogame poses scenarios of elementary school, where a series of challenges are presented to the gamer as simulating real situations with the intention that the player learn how to avoid getting hurt and manage to reach to meeting point safely. This paper shows the related work in the domain of games focused to promote the information about safety during earthquakes, the design and the advances in the development the proposal. [For the full proceedings, see ED638044.]

The topics of correlation and linear regression constitute a complex and subtle system of statistical and mathematical ideas whose teaching-learning raises numerous practical and theoretical problems. In this research paper, the patterns of reasoning that students exhibit, under the approach of informal inferences when they face problems of correlation and regression line are identified. To achieve this, activities were implemented in two stages: in the first stage, two problems (one of estimation and other of best-fit line) were applied to be solved using pencil and paper; the second stage incorporates the use of the Fathom software. [For the complete proceedings, see ED629884.]

This work addresses the importance of innovation in entrepreneurial and business education to ensure that students develop the ability to make complex decisions and solve complex challenges. The intention was to incorporate the complexity theory in decision-making and problem-solving in business and entrepreneurship. To achieve this, we present the results of the first phase of our project, aiming to scale the levels of complex thinking in university students, discuss the need for business and entrepreneurship students to develop complex thinking competency (including its sub-competencies of critical, systemic, scientific, and innovative thinking) in the complexity of the business environment, analyze the relevance of system elements, apply their inductive and deductive reasoning, and create appropriate and relevant solutions. Our findings suggest that an educational model focused on developing complex thinking and its four sub-competencies can enable entrepreneurs to integrate sustainable development, increase their social engagement and critical thinking, develop their imaginative intelligence and discursive and reflective skills, and thus improve their decision-making and problem-solving processes. In the future, we plan to extend this analysis to the behavior of real-life entrepreneurs. [For the full proceedings, see ED654100.]

For more than 20 years, traditional medicine of Mexico, the U.S. Southwest and other countries has been taught as a series of academic course at the University of New Mexico in Albuquerque in the United States. These courses focus on traditional uses of healing plants and rituals for students in higher education and the community. These courses discuss the incorporation of diverse Hispanic and Indigenous ancestral methods of healing based on experiential learning through a series of traditional medicine classes offered at the University of New Mexico. This pedagogy is a unique approach to the reclaiming of ancestral perspectives into the university curriculum that have an enduring impact in the students enrolled in these courses. This article provides a definition of "curanderismo" and mentions three major historical figures that have impacted traditional medicine in Mexico and the United States. The article also discusses the impact that these classes have on the diverse students at a Hispanic-Serving, Level I Research American university. Finally, we discuss the development of these courses in the university system and how a program has been created that also allows community members and staff in diverse health professions to enroll in the summer face-to-face institute through the Center for Continuing Education. [For the full proceedings, see ED656038.]

To address the challenges of sustainability in rural areas of Mexico, it must be considered that globalization opened the way to a new conception of rural development and consequently to a change of strategies aimed at achieving higher levels of productivity, often unrelated to social welfare. This widened poverty in the countryside and forced the displacement of millions of rural dwellers. Globalization was an imposition with consequences that exceeded the socioeconomic, cultural, and political capacities of the countryside. We must not lose sight of the close interrelationship of inequality and precariousness with environmental degradation caused by unsustainable development models such as globalization. This scenario leads to the search for solutions to ensure sustainability, so rural communities must design sustainable development strategies that prioritize their autonomy, self-sufficiency, productive diversification, and ecosystem management. Multifunctionality is a key tool for conservation and economic diversification, but it must be properly regulated to avoid restrictions on agricultural production and cultural values. Payment for environmental services is an option, but it must be accompanied by social development policies to ensure sustainable development in rural areas. [For the full proceedings, see ED652228.]

This study examined the effectiveness of a literacy-infused science (LIS) intervention on science learning of ELs from rural schools in the U.S.-Mexico border area. The intervention consists of teacher-level virtual professional development (VPD) and virtual mentoring and coaching (VMC), as well as a student-level LIS curriculum. Results from repeated measures ANOVA revealed that participating ELs improved their science learning outcomes after one year of learning, and ELs who received the LIS intervention significantly outperformed their peers who received regular science instructions without too much emphasis on literacy. Implications for science instructions for ELs and supporting rural school districts are discussed.

In this paper we describe an educational proposal for prospective secondary school mathematics teachers in Mexico, whose aim was to contribute to the development of their didactic-mathematical knowledge about linear variation through mathematical tasks, the development of the competence of identifying primary mathematical objects and the reflection on hypothetical cases of teaching. The proposal is supported within both the Onto-semiotic Approach (EOS) and the Mathematics Teacher's Didactic-Mathematical Knowledge and Competence model. The proposal follows a design research methodology based on EOS. The results show the complexity related to the development of the competence of identifying primary mathematical objects, they also highlight the influence that competence has on the development of the epistemic and cognitive facets of prospective teachers' didactic-mathematical knowledge on linear variation. [For the complete proceedings, see ED629884.]

In this paper a didactic proposal is presented which consists of a methodology aimed at secondary level mathematics teachers, the aim of this proposal is to provide the teacher with a tool to design teaching sequences in order to take them to the classroom; These designs have the particularity of incorporating digital technology for the development of the sequence and its implementation. The methodology was developed based on the articulation of: the didactic structure of Díaz-Barriga, the teaching method ACODESA of Hitt and the curricular developments of Taba. The methodology has been tested with a group of 11 teachers in a course-workshop of 40 hours, the results obtained were three didactic sequences elaborated by three teams of teachers in a technological context (using Geogebra), where it is perceived that it is possible to design using this methodological proposal, however, teachers presented some difficulties during the process of articulation with technology. [For the complete proceedings, see ED629884.]

We present the results of a research project on arithmetic-algebraic thinking that was carried out jointly by a team in Mexico and another in Quebec. The project deals with the concepts of variable and covariation between variables in the sixth grade at the elementary level and the first, second, and third years of secondary school--namely, children from 11 to 14 years old. We target secondary students (first year or K7) in this article. Our objective relates to the development of a gradual generalization in arithmetic-algebraic thinking in a socio-cultural approach to the learning of mathematics. We experimented with investigative situations using a paper-and-pencil approach and technology. We analyze the emergence, in this context, of a visual abstraction, the production of institutional and non-institutional representations, a sensitivity to contradiction, and, finally, the concepts of variable and of covariation between variables. [For the complete proceedings, see ED629884.]

This paper presents the design and analysis of a Model-Eliciting Activity (MEA), which aims to support the refinement of the conceptual system associated with directly proportional distribution problems (example: linear function, percentage, proportion, variation, etc.). The situation explores a context that is close to the student, encouraging the construction of a generalizable mathematical model that can be transferred to diverse contexts. For the design, the principles of the Models and Modeling perspective (Lesh and Doerr, 2003) were considered. The target population were students enrolled in the first semesters of a university degree in Accounting. For the analysis, we considered the construction of models (performed in teams); the mathematical representations within the process observed (such as diagrams and tabular organizations); as well as the individual solutions of the students. [For the complete proceedings, see ED629884.]

In this report, we present an advance of doctoral research. We explore teaching alternatives that promote proportional reasoning in Mexican students between 14 and 15 years old with the support of digital technology. We designed a sequence of activities that pretends to signify the concepts of ratio and proportion in their diverse representations and from the perspective of linear functions. For the design of the tasks, elements of the Realistic Mathematics Education framework and Cuevas-Pluvinage Didactics were used. The learning objectives and proposed activities were organized through a hypothetical learning trajectory. Subject to presenting the group results, we randomly selected a student to present the analysis of the results achieved. We found that the tasks promoted proportional reasoning. [For the complete proceedings, see ED630210.]

COVID-19 pandemic and post-pandemic had led to the confrontation of higher education system with enormous challenges. That necessitated the urgent transition from face-to-face teaching to online-teaching. The change was an innovation in higher education. A comparative study of digital education based on the survey in 2020-2021 in seven different countries was conducted at Shanghai University. The study was based on grey comprehensive evaluation model. In general, developed countries had high comprehensive evaluation value, while Finland, United States of America, South-Korea and Latvia had relatively low grey correlation coefficient in several certain indicators, leading to a sharp drop in the overall score. Romania ranked last while China ranked second as a developing country as well. The study launched a conclusion that research and development personnel, infrastructure funds and university financial investment in digital education had relatively more obvious effects on improving the innovations and quality of higher education system including the leadership system of universities. [For the full proceedings, see ED639633.]