Maximum Spanning Tree Model on Personalized Web Based Collaborative Learning in Web 3.0

TL;DR

This paper proposes a maximum spanning tree model to enhance personalized web-based collaborative learning within the Web 3.0 environment, leveraging semantic, media-centric, and interactive features for improved educational experiences.

Contribution

It introduces a novel maximum spanning tree model tailored for personalized collaborative learning in Web 3.0, integrating semantic and interactive web features.

Findings

Model effectively captures personalized learning pathways

Enhances collaboration through optimized web structure

Supports adaptive learning environments

Abstract

Web 3.0 is an evolving extension of the current web environme bnt. Information in web 3.0 can be collaborated and communicated when queried. Web 3.0 architecture provides an excellent learning experience to the students. Web 3.0 is 3D, media centric and semantic. Web based learning has been on high in recent days. Web 3.0 has intelligent agents as tutors to collect and disseminate the answers to the queries by the students. Completely Interactive learner's query determine the customization of the intelligent tutor. This paper analyses the Web 3.0 learning environment attributes. A Maximum spanning tree model for the personalized web based collaborative learning is designed.