All Stories

  1. A Graph-Theoretic Approach for Characterizing Determinants of Physical Activity Variability for Aging Research
  2. Building AI for Learning That Works for Everyone
  3. Using AI and Machine Learning to Improve Health and Wellness
  4. Mathematical Basics of AI for Precision Wellness
  5. Cheby-KANs: Smarter AI Tools for Solving Chemistry Problems with Geometry-Based Learning
  6. How AI and Digital Twins Can Help Students Be More Creative
  7. Improving code semantics learning using enhanced Abstract Syntax Tree
  8. Advanced Cross-Language Clone Detection Using Modified AST and Graph Neural Network
  9. Conversational Agents, Virtual Worlds, and Beyond: A Review of Large Language Models Enabling Immersive Learning
  10. Large Vision Models: How Transformer-based Models excelled over Traditional Deep Learning Architectures in Video Processing
  11. Using Artificial Intelligence for Creating New Medicines: An Innovative Approach
  12. Making Data Security Simple: Cloud Storage Management Using ABAC Attributes
  13. Using AI to Create Synthetic Images of Water Crystals
  14. Calibrated Mathematical Model of Rotary Vane Pumps Under Healthy and Faulty Conditions in Water Desalination Applications Employing Machine Learning
  15. Cross-Language Code Clone Detection Using Abstract Syntax Tree and Graph Neural Network
  16. Tiny Machine Learning for Underwater Image Enhancement: Pruning and Quantization Approach
  17. Graph-Based Reinforcement Learning Environment for Molecular Generation and Optimization
  18. Research Agenda 2030: The Great Questions of Immersive Learning Research
  19. Temporal Multimodal Data-Processing Algorithms Based on Algebraic System of Aggregates
  20. Improving Augmented Reality with AI: Collecting, Processing, and Analyzing User Data
  21. What are the challenges and opportunities to reduce Food Carbon Footprint?
  22. Temporal Data Processing with ASAMPL Programming Language in Mulsemedia Applications
  23. Learning with Technologies and Technologies in Learning
  24. Large Scale Covid-19 Detection with Blood Platelets Using Artificial Neural Network
  25. Towards a National Digital Competence Framework for Ukraine
  26. Level of Digital Literacies Among Austrian College Students Assessed with an Online Survey
  27. Multimodal Data Representation Based on Multi-image Concept for Immersive Environments and Online Labs Development
  28. Towards a Flipped Optical Laboratory
  29. Distributed Experiments and Distributed Learning
  30. Low-cost Remote Laboratory Concept based on NI myDAQ and NI ELVIS for Electronic Engineering Education
  31. A sustainable approach to laboratory experimentation
  32. Deep Learning Frameworks for Convolutional Neural Networks—A Benchmark Test
  33. Object detection with Raspberry Pi3 and Movidius Neural Network Stick
  34. PILAR: Sharing VISIR Remote Labs Through a Federation
  35. Building a Remote Laboratory for Advanced Experiments in Transmission Line Theory
  36. Developing the Next Generation Cluster of Computers Remote Laboratory
  37. Widening the Number of Applications for Online and Pocket Labs by Providing Exercises for Measurement of DC Motor Characteristics
  38. Work In Progress: CoCo—Cluster of Computers in Remote Laboratories
  39. PILAR: a Federation of VISIR Remote Laboratory Systems for Educational Open Activities
  40. Demonstration: Face Emotion Recognition (FER) with Deep Learning – Web Based Interface
  41. Environmental Sound Recognition with Classical Machine Learning Algorithms
  42. Poster: Smart Applications for Raising Awareness of Young Citizens Towards Using Renewable Energy Sources and Increasing Energy Efficiency in the Local Community
  43. Work in Progress: Pocket Labs in IoT Education
  44. Experimenting in PILAR federation: A common path for the future
  45. An online DC-motor test bench for engineering education
  46. A sustainable approach to let students do more real experiments with electrical and electronic circuits
  47. A federation of VISIR remote laboratories through the PILAR Project
  48. VISIR federation: Initial building steps: PILAR experience — Work in progress
  49. Analog computing with pocket labs: An approach for multidisciplinary first year student projects
  50. Work in Progress: Using Pocket Labs in Master Degree Programs
  51. Spreading remote lab usage a system — A community — A Federation
  52. Foreword
  53. Knowledge Management Platform for Online Training
  54. Collaborative learning with cyber-physical systems
  55. Black Body Radiation for Students and Secondary Schools
  56. Importance of a Network of Online Labs in Magrebian Countries
  57. Black body radiation for students and secondary schools
  58. Importance of a network of online labs in magrebian countries
  59. Explorative learning with technology in STEM - The OLAREX experience
  60. Design State Exploration applied to the development of a Remote Lab for Projectile Launch Experiments
  61. A remote lab for projectile launch experiments: Professional and academic perspectives
  62. International E-PRAGMATIC network for adult engineering education
  63. From Skill Gaps to Business Process Oriented Learning – Corporate Learning at ICL
  64. Embedded Web Server Technology for Remote Online Labs
  65. Mathematik – Naturwissenschaft - Philosophie