Call for paper 〔OPEN〕

My submissions

Registration 〔OPEN〕

My tickets

〔CLOSED〕
Introduction

This will be the 5th installment of a mini-conference style workshop that focuses on practical and scaling issues for recommender systems. Modern recommender systems face greatly increased data volume and complexities. Computational models and experience on small data may not hold for millions of users, thus, how to build an efficient and robust system has become an important issue for many practitioners. Even well known models might have different performance on different domains’ data. Meanwhile, there is an increasing gap between academia research of recommendation systems focusing on complex models, and industry practice focusing on solving problems at large scale using relatively simple techniques. Evaluation of models have diverged as well. While most publications focus on fixed datasets and offline ranking measures, industry practitioners tend to use long term engagement metrics to make final judgments. The motivation of this workshop is to bring together researchers and practitioners working on large-scale recommender system in order to: (1) share experience, techniques and methodologies used to develop effective large-scale recommender, from architecture, algorithms, programming model, to evaluation (2) challenge conventional wisdom (3) identify key challenges and promising trends in the area, and (4) identify collaboration opportunities among participants.

Call for paper

Important date

2017-06-25
Draft paper submission deadline
2017-07-15
Draft paper acceptance notification

Submission Topics

Our topics of interests include, but are not limited to:

Data & Algorithms in Large-scale RS:

  • Scalable deep learning algorithm

  • Big data processing in offline/near-line/online modules

  • Data platforms for recommendation

  • Large, unstructured and social data for recommendation

  • Heterogeneous data fusion

  • Sampling techniques

  • Parallel algorithms

  • Algorithm validation and correctness checking

Systems of Large-scale RS:

  • Architecture

  • Programming Model

  • Cloud platforms best for recommenders

  • Real-time recommendation

  • Online learning for recommendation

  • Scalability and Robustness

Evaluation of Large-scale RS:

  • Comparison of algorithms’ application and effectiveness in different domains

  • Offline optimization and online measurement consistency

  • Evaluation metrics alignment with product/project goal

  • Large user studies

  • A/B testing methodology

Submit Comment
Verify Code Change Another
All Comments
Important Date
  • Aug 31

    2017

    Conference Date

  • Jun 25 2017

    Draft paper submission deadline

  • Jul 15 2017

    Draft Paper Acceptance Notification

  • Aug 31 2017

    Registration deadline

Sponsored By
美国计算机学会