Parameterized Directed k-Chinese Postman Problem and k Arc-Disjoint Cycles Problem on Euler Digraphs. - Gregory Z. Gutin; Mark Jones 001; Bin Sheng 002; Magnus Wahlström (WG, 2014)

Linear-vertex kernel for the problem of packing r-stars into a graph without long induced paths. - Florian Barbero; Gregory Z. Gutin; Mark Jones 001; Bin Sheng 002; Anders Yeo (Inf. Process. Lett., 2016)

Parameterized and Approximation Algorithms for the Load Coloring Problem. - Florian Barbero; Gregory Z. Gutin; Mark Jones 001; Bin Sheng 002 (Algorithmica, 2017)

The Euler and Chinese Postman Problems on 2-Arc-Colored Digraphs. - Bin Sheng 002; Ruijuan Li; Gregory Z. Gutin (CoRR, 2017)

An improved kernel for the cycle contraction problem. - Bin Sheng 002; Yuefang Sun (CoRR, 2017)

Chinese Postman Problem on edge-colored multigraphs. - Gregory Z. Gutin; Mark Jones 001; Bin Sheng 002; Magnus Wahlström; Anders Yeo (Discret. Appl. Math., 2017)

Acyclicity in edge-colored graphs. - Gregory Z. Gutin; Mark Jones 001; Bin Sheng 002; Magnus Wahlström; Anders Yeo (Discret. Math., 2017)

Odd properly colored cycles in edge-colored graphs. - Gregory Z. Gutin; Bin Sheng 002; Magnus Wahlström (Discret. Math., 2017)

Parameterized complexity of the k-arc Chinese Postman Problem. - Gregory Z. Gutin; Mark Jones 001; Bin Sheng 002 (J. Comput. Syst. Sci., 2017)

Polynomial and FPT algorithms for Chinese Postman, packing and acyclicity. - Bin Sheng 002 (2017)

The second neighbourhood for bipartite tournaments. - Ruijuan Li; Bin Sheng 002 (Discuss. Math. Graph Theory, 2019)

An improved linear kernel for the cycle contraction problem. - Bin Sheng 002; Yuefang Sun (Inf. Process. Lett., 2019)

FPT Algorithms for Generalized Feedback Vertex Set Problems. - Bin Sheng 002 (TAMC, 2020)

The minimum size of a graph with given tree connectivity. - Zemin Jin; Bin Sheng 002; Yuefang Sun (Discuss. Math. Graph Theory, 2021)

Fixed parameterized algorithms for generalized feedback vertex set problems. - Bin Sheng 002; Gregory Z. Gutin (Theor. Comput. Sci., 2023)

HEPI: High-reward experience-assisted policy iteration in deep reinforcement learning. - Liming Xin; Shijie Chu; Yuehua Liu; Bin Sheng 002 (Knowl. Based Syst., 2025)