xinghuanlai Associate Professor

Supervisor of Doctorate Candidates

Supervisor of Master's Candidates

  

  • Education Level: PhD graduate

  • Professional Title: Associate Professor

  • Alma Mater: 英国诺丁汉大学

  • Supervisor of Doctorate Candidates

  • Supervisor of Master's Candidates

  • School/Department: 计算机与人工智能学院

  • Discipline:Communications and Information Systems
    Computer Science and Technology
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    Recommended Ph.D.Supervisor Recommended MA Supervisor
    Language: 中文

    Paper Publications

    A Fast Kriging-Assisted Evolutionary Algorithm Based on Incremental Learning

    Impact Factor:16.497

    DOI number:10.1109/TEVC.2021.3067015

    Affiliation of Author(s):Southwest Jiaotong Univ, Sch Informat Sci & Technol

    Journal:IEEE Transactions on Evolutionary Computation

    Key Words:Computational modeling,Optimization,Training,Evolutionary computation,Data models,Mathematical model,Computational efficiency,Expensive optimization,high-dimensional optimizationin,cremental learning,Kriging models,surrogate-assisted evolutionary algorithms (SAEAs)

    Abstract:Kriging models, also known as Gaussian process models, are widely used in surrogate-assisted evolutionary algorithms (SAEAs). However, the cubic time complexity of the standard Kriging models limits their usage in high-dimensional optimization. To tackle this problem, we propose an incremental Kriging model for high-dimensional surrogate-assisted evolutionary computation. The main idea is to update the Kriging model incrementally based on the equations of the previously trained model instead of building the model from scratch when new samples arrive, so that the time complexity of updating the Kriging models can be reduced to quadratic. The proposed incremental learning scheme is very suitable for online SAEAs since they evaluate new samples in each one or several generations. The proposed algorithm is able to achieve competitive optimization results on the test problems compared with the standard Kriging-assisted evolutionary algorithm and is significantly faster than the standard Kriging approach. The proposed algorithm also shows competitive or better performances compared with four fast Kriging-assisted evolutionary algorithms and four state-of-the-art SAEAs. This work provides a fast way of employing Kriging models in high-dimensional surrogate-assisted evolutionary computation.

    Co-author:Dawei Zhan,Huanlai Xing

    Document Code:10.1109/TEVC.2021.3067015

    Volume:25

    Issue:5

    Page Number:941-955

    ISSN No.:1089-778X

    Translation or Not:no

    Date of Publication:2021-10-12

    Included Journals:SCI

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