| Future School: Learning without Constraints |
The rapid growth of the Internet has created a medium where education can be delivered over the web in an engaging, broad reaching, cost-effective and 24x7 manner. The goal of this project is to create "Future School", a cloud based learning platform that can allow personalized education delivery over the Internet in the most intuitive and engaging manner. We envision a system that will allow anyone with a computing device and internet connection in any part of the world to access quality education at an affordable cost.
| Motivation |
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Current methods of education delivery are centuries old, not easily scalable, and require significant physical infrastructure (e.g., roads, transportation, classrooms, teaching staff on payrolls, paper textbooks). Brick-and-mortar schools restrict peer-interactions, while rigid curricula constrain student learning. The goal of Future School is to bring together research and advanced development with a single purpose: to create an engaging and personalized cloud-based learning experience.
| Research Threads |
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The core challenges in Future School require us to take a comprehensive approach, drawing from diverse fields like machine learning and analytics, information retrieval, natural language processing and information theory, with the aim of building scalable cloud-based solutions. Some of the key research challenges are:
- Providing an engaging online learning experience: Worldwide, textbooks are predicted to go digital from 3% today to 25% in 2015. However, student learning still remains static, and does not utilize the digital content. There is also a tremendous amount of content on the Internet that is relevant and useful to a student. The challenge is to bring these together in a suitable form so as to enhance student learning. Research in text/video processing, automated content creation, translation, summarization, ranking, recommender systems etc. are key enablers.
- Personalized and Collaborative learning: One-size-fits-all teaching methods are neither effective nor acceptable for today's diverse student population. We model a student's learning activity to track and predict student engagement, performance and progress. By using automated assessment along with feedback-based learning and optimization techniques, we are aiming to fully personalize the learning experience. Research in interactive and group learning is helping us uncover the potential of peer collaborations.
- Large-scale platforms for education delivery: Today, there is no single large platform that provides content consumption and assessment under one roof. The challenge is to create a large-scale platform that can gather data as well as analytics that can be used to truly personalize learning and assessment, and provide a collaborative learning experience. Component technologies include Mapreduce frameworks (e.g. Hadoop), Graph databases (e.g. Neo4J), big graph processing (e.g. Giraph), large scale machine learning (e.g. Mahout) etc.
| Awards |
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- VideoBook from HP Labs India has won the 2012 Wall Street Journal Technology Innovation Award in the Education Technology category.
- Future School has won the Technology Review India's 2010 Grand Challenges for Technologists (2010 TRGC) Award.
| Relevant Publications |
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- "Clustering short texts using Wikipedia", SIGIR 2007
- "Collaborative filtering on skewed datasets", WWW 2008
- "Creating user profiles using Wikipedia", ER 2009 conference
- "Future of school in the cloud", MIT Technology Review (India), January 2011
- "Personalized Video", SIGIR 2011
- "Similar Document Search and Recommendation", Journal of emerging technologies in Web Intelligence, vol 4, no1, Feb 2012
- "Text summarization using Wikipedia", submitted
| Other links |
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| Research Team |
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For further information or potential career opportunities in Future School please contact Krishnan Ramanathan.
This
page was last updated on
February 13, 2013