A Recurrent Neural Network for Extreme Eigenvalue Problem. - Fuye Feng; Quanju Zhang; Hai-Lin Liu 001 (ICIC (1), 2005)

Neurodynamic Analysis for the Schur Decomposition of the Box Problems. - Quanju Zhang; Fuye Feng; Zhenghong Wei (CIS, 2006)

A Recurrent Neural Network for Linear Fractional Programming with Bound Constraints. - Fuye Feng; Yong Xia; Quanju Zhang (ISNN (1), 2006)

Neurodynamic Analysis for Symmetric Schur Decomposition Problems. - Quanju Zhang; Yi Niu; Yajuan Yang; Wenxue Niu (CIS, 2007)

Neurodynamic Analysis for a Class of Nonlinear Fractional Programming. - Quanju Zhang; Jie Zhang 072; Junhong Feng; Yajuan Yang (CIS (1), 2008)

Research on the Evolution of Supply Chain Based on SWARM. - Wenxue Niu; Yajuan Yang; Xiao Luo; Quanju Zhang (CIS (1), 2009)

The Particle Swarm Optimization Algorithm Based on Dynamic Chaotic Perturbations and its Application to K-Means. - Jie Zhang 072; Yajuan Yang; Quanju Zhang (CIS (1), 2009)

Credit Card Customer Segmentation and Target Marketing Based on Data Mining. - Wei Li; Xuemei Wu; Yayun Sun; Quanju Zhang (CIS, 2010)

A Non-Linear Model for Evaluating Professional Manager's Incentive Effect. - Wenxue Niu; Zhenghong Wei; Quanju Zhang (CIS, 2010)

Differential-Algebraic Equations Model for Quadratic Programming. - Yajuan Yang; Quanju Zhang (CIS, 2013)

Research on the Influence Factors of Entrepreneurial Environment. - Qian Xu; Yajuan Yang; Quanju Zhang (CIS, 2015)

Study on Logistics Outsourcing Strategy of E-Commerce Based on Revenue Sharing Contract. - Fangfang Guo; Yaoguang Zhong; Quanju Zhang (CIS, 2016)

The application of analytic hierarchy process and fuzzy comprehensive evaluation method for the evaluation of enterprise training effectiveness. - Dongyi He; Quanju Zhang (Int. J. Comput. Sci. Eng., 2017)

Optimization of Supply Chain Network Based on Uncertainty Demand. - Xing Wang; Minghua Jiang; Quanju Zhang (CIS, 2018)

Constructing Business Simulation Training Platform Based on Workflow Management Systems. - Yajuan Yang; Liangliang Zhang; Quanju Zhang (CIS, 2018)