Development and Evaluation of Pakistan Explorer: A Recommender Web Platform for Navigating Pakistani Culture

The study seeks to bridge the gap in existing cultural exploration resources by offering a personalized, technology-driven understanding of Pakistan’s diverse cultural heritage, which answers the significant void in tailored cultural exploration, particularly for Pakistani heritage. This project not only showcases the rich traditions, cuisine, and arts of Pakistan but also addresses the lack of tailored cultural information available for this region. The platform's advanced recommendation algorithms promote personalized user experiences, thus fostering cross-cultural understanding and appreciation. The backbone of this platform is a hybrid- recommendation system which combines both content-based filtering with collaborative-filtering through the innovative use of the 'Surprise' library's Singular Value Decomposition (SVD) algorithm, a method not typically applied in cultural context platforms. Additionally, the system integrates real-time data processing for dynamic content updates, including weather and local events, which are crucial for real-time travel and cultural recommendations. The platform has demonstrated a capability to offer personalized and dynamic cultural insights, substantially improving user engagement and satisfaction. The application of the SVD algorithm in a new domain—cultural recommendations—is a novel adaptation, showing promising results in enhancing the relevancy of content delivered to users. For future scalability, transitioning from embedded data within the Flask app to a more robust database system, such as SQL or NoSQL, is recommended. This would facilitate easier data management and richer feature implementation. The research could also benefit from focusing on integrating more AI-driven capabilities, such as natural language processing (NLP) to parse and categorize user reviews and feedback, which could further refine and personalize recommendations. The innovative use of SVD in cultural context platforms presents a new avenue for academic exploration and can be expanded to other cultural recommendation systems.

Authors

Publication Details

Journal
Technologique
Published
2024-12-18
DOI
https://doi.org/10.62718/vmca.tech-gjtdsi.3.1.sc-1124-006
Primary Topic
Data Stream Mining Techniques
Type
article
Field-Weighted Citation Impact
0.00
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article

Development and Evaluation of Pakistan Explorer: A Recommender Web Platform for Navigating Pakistani Culture

Fatima Sana, Jesus Paguigan
Technologique
Data Stream Mining Techniques
article

Development and Evaluation of Pakistan Explorer: A Recommender Web Platform for Navigating Pakistani Culture

Fatima Sana, Jesus Paguigan
article en

Abstract

The study seeks to bridge the gap in existing cultural exploration resources by offering a personalized, technology-driven understanding of Pakistan’s diverse cultural heritage, which answers the significant void in tailored cultural exploration, particularly for Pakistani heritage. This project not only showcases the rich traditions, cuisine, and arts of Pakistan but also addresses the lack of tailored cultural information available for this region. The platform's advanced recommendation algorithms promote personalized user experiences, thus fostering cross-cultural understanding and appreciation. The backbone of this platform is a hybrid- recommendation system which combines both content-based filtering with collaborative-filtering through the innovative use of the 'Surprise' library's Singular Value Decomposition (SVD) algorithm, a method not typically applied in cultural context platforms. Additionally, the system integrates real-time data processing for dynamic content updates, including weather and local events, which are crucial for real-time travel and cultural recommendations. The platform has demonstrated a capability to offer personalized and dynamic cultural insights, substantially improving user engagement and satisfaction. The application of the SVD algorithm in a new domain—cultural recommendations—is a novel adaptation, showing promising results in enhancing the relevancy of content delivered to users. For future scalability, transitioning from embedded data within the Flask app to a more robust database system, such as SQL or NoSQL, is recommended. This would facilitate easier data management and richer feature implementation. The research could also benefit from focusing on integrating more AI-driven capabilities, such as natural language processing (NLP) to parse and categorize user reviews and feedback, which could further refine and personalize recommendations. The innovative use of SVD in cultural context platforms presents a new avenue for academic exploration and can be expanded to other cultural recommendation systems.

TechnologiqueVol. 3(1)
Sustainable cities and communities
Openalex Percentile: Top 79%
Data Stream Mining Techniques
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