Chenliangyu

Symbolic Computation‚ Parallel Computation‚ Software Engineering.

[1] Cheng Chen, Liangyu Chen, Dang Lin and Zhenbing Zeng, A Branch-And-Bound Algorithm for Computing the Reliable Isolated Zeros of Multivariate Polynomial Functions Systems. HPCC 2021. 

[2] Xinping Wang, Caidie Huang and Liangyu Chen. 

Using Knowledge Concept Aggregation towards Accurate Cognitive Diagnosis. CIKM 2021. 

[3] Yan Zhu, Youfei Huang, Ningkang Jiang, Chen liangyu. A New Model of Software Network for Object-Oriented Software System. SMC 2021. 

[4] Yuqi Shen, Cheng Chen, Yifan Dai, Jinfang Cai, Liangyu Chen. A Hybrid Model Combining Formulae with Keywords for Mathematical Information Retrieval. Accepted by International Journal of Software Engineering and Knowledge Engineering. 

[5] Cheng Chen, Yifan Dai, Yuqi Shen, Jinfang Cai, Liangyu Chen. Using Surrounding Text of Formula towards More Accurate Mathematical Information Retrieval. SEKE 2021: 622-627. 

[6] Xinping Wang, Liangyu Chen, Tong Wang, Mingang Chen, Min Zhang. An Efficient Method to Measure Robustness of ReLU-Based Classifiers via Search Space Pruning. IJCNN 2021:1-8. 

[7] Yangxi Zhou, Yanran Mi, Yan Zhu, Liangyu Chen, Measurement and refactoring for package structure based on complex network, Applied Network Science. 5(1): 50 (2020)

[8] Yangxi Zhou, Yan Zhu, Liangyu Chen, Software Defect-Proneness Prediction with Package Cohesion and Coupling Metrics Based on Complex Network Theory. SETTA 2020: 186-201

[9] Yifan Dai, Liangyu Chen, Zihan Zhang: An N-ary Tree-based Model for Similarity Evaluation on Mathematical Formulae. SMC 2020 : 2578-2584

[10] Yanran Mi, Yanxi Zhou, Liangyu Chen, A New Metric for Package Cohesion Measurement Based on Complex Network, Proceedings of Complex Networks, 2019. 238-249

[11] Heng Zhang, Liangyu Chen, Duplicate Question Detection based on Neural Networks and Multi-head Attention, Proceedings of IALP 2019, 13-18.

[12] Zhenbing Zeng, Liangyu Chen, Determining the Heilbronn Configuration of Seven Points in Triangles via Symbolic Computation, Proceedings of CASC, 2019.

[13] Liangyu Chen, Yaochen Xu, Zhenbing Zeng, Searching approximate global optimal Heilbronn configurations of nine points in the unit square via GPGPU computing , JOURNAL OF GLOBAL OPTIMIZATION, 2017, 68(1): 147~167. 

[14] Liangyu Chen, Svyatoslav Covanov, Davood Mohajerani, Marc Moreno Maza, Big prime field FFT on the GPU , 42nd ACM International Symposium on Symbolic and Algebraic Computation, ISSAC 2017, Kaiserslautern, 2017. pp.85-92.

[15] Kehu Yang, Liangyu Chen (*), Jianjun Zhang, Jun Hao, Wensheng Yu, Parallel resultant elimination algorithm to solve the selective harmonic elimination problem, IET Power Electronics, 2016.2.4, 9(1): 71~80. 

[16] L.Chen, Z.Zeng, W.Zhou, An upper bound of Heilbronn number for eight points in triangles, Journal of Combinatorial Optimization, 28(4):854-874, 2014.

[17] L.Chen, T.Leng, L.Shen, M.Wu, Z.Yang, Z.Zeng, Finding the Symbolic Solution of a Geometric Problem Through Numerical Computations, Computer Mathematics, pp.223-241, 2014.

[18] L.Chen, Z.Zeng, Parallel computation of determinants of matrices with multivariate polynomial entries, Science China Information Sciences, 56:112101:1-112101:16, 2013.

[19] S.Chen, L.Chen, The degree-decreasing decomposition of symmetric forms with a program for algebraic inequality decision, Journal of System Science and Mathematical Science (Chinese version), 33(2):179-196, 2013.

[20] W.Zhou, L.Chen, Z.Zeng, An Easy Approach to Recognize Tibetan Script by Geometric Features, International Conference on Graphic and Image Processing, (ICGIP 2011), SPIE Vol 8285. 82850T-1, 2011.

[21] Z.Zeng, L.Chen, On the Heilbronn Optimal Configuration of Seven Points in the Square, LNAI 6301, pp.196-224, 2011.

[22] L.Chen, Z.Zeng, Which Symmetric Homogeneous Polynomials Can Be Proved Positive Semi-definite by Difference Substitution Method?, ASCM 2007, LNAI 5081, pp.57-71, 2008.