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Complementary Recommendation in E-commerce: Definition, Approaches, and Future Directions


แนวคิดหลัก
Comprehensive analysis of complementary recommendation models in e-commerce.
บทคัดย่อ

The content delves into the definition, modeling approaches, and future directions of complementary recommendations in e-commerce. It compares 34 studies from 2009 to 2024, focusing on data modeling, research problems, experimental results, and challenges. The structure includes chapters on relationship modeling, recommendation models, experimental results, future research prospects, and conclusions.

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สถิติ
"In recent years, complementary recommendation has received extensive attention in the e-commerce domain." "We compare the data and methods used for modeling complementary relationships between products." "This paper provides a more updated and comprehensive summary of the research."
คำพูด
"Complementary recommendations help users discover products that may have been overlooked." "Research on complementary recommendation algorithms not only impacts user experience but also creates opportunities for merchants and platforms."

ข้อมูลเชิงลึกที่สำคัญจาก

by Linyue Li,Zh... ที่ arxiv.org 03-26-2024

https://arxiv.org/pdf/2403.16135.pdf
Complementary Recommendation in E-commerce

สอบถามเพิ่มเติม

How can personalized diversity be effectively balanced with general product recommendations

Personalized diversity can be effectively balanced with general product recommendations by implementing a hybrid recommendation approach. This approach involves combining personalized recommendation algorithms that cater to individual user preferences with traditional collaborative filtering or content-based filtering methods that provide more general recommendations. By incorporating user-specific data such as purchase history, browsing behavior, and explicit feedback into the recommendation system, personalized diversity can be achieved. Additionally, techniques like matrix factorization, deep learning models, and ensemble methods can help in striking a balance between personalized diversity and general product recommendations.

What are the implications of considering real-world scenarios in complementarity recommendations

Considering real-world scenarios in complementarity recommendations has significant implications for enhancing the relevance and effectiveness of the recommendations. By taking into account factors such as user context, location, time of day, weather conditions, and other external variables relevant to the scenario in which products are being recommended, the system can offer more tailored suggestions. For example: In e-commerce platforms: Recommendations based on current trends or seasonal offerings. In sports apps: Suggestions aligned with users' fitness goals or specific workout routines. In travel platforms: Recommendations based on users' travel destinations or preferences. By incorporating real-world scenarios into complementarity recommendations, the system can provide more contextualized and valuable suggestions to users.

How might the cold start problem impact the effectiveness of complementary recommendations

The cold start problem can significantly impact the effectiveness of complementary recommendations by limiting the availability of historical data for new users or newly added products. This limitation may result in challenges such as: Lack of personalized information: New users may not have enough interaction history for accurate personalization. Limited understanding of new products: Newly added products may not have sufficient data points for effective matching with complementary items. To address these challenges related to cold start problems in complementary recommendations: Implement hybrid approaches that combine collaborative filtering with content-based filtering to provide initial suggestions based on item attributes. Utilize transfer learning techniques to leverage knowledge from existing data sources when recommending new items or serving new users. By addressing the cold start problem through innovative solutions like these, complementary recommendation systems can overcome limitations posed by insufficient historical data for optimal performance.
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