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許君雁
福州大學數學與統計學院

許君雁,女,1979年生,碩士研究生,副教授。2001年7月畢業於福建師範大學,獲大學本科生學位。2004年3月畢業於福州大學,獲研究生學位。

2004.3至今,在福州大學數學系任教任教期間,本人是學院十大團隊之一的「微分方程及其應用」團隊的主要成員之一,同時還主持和參與多項項目,如:福建省自然科學基金兩項(S0750007)和(S075008),種群生態動力系統的研究(JB05049),神經網絡與生態動力系統(JB08030)。

目錄

學術成果

1.JunyanXu(許君雁), Exponential Stability For Impulsive Bidirectional Associative Memory

Neural Networks With Continuously DistributedDelays,Inpress.(EI)

2.JunyanXu(許君雁),LijuanChen,ZhongLi, Convergence behavior of delayed bidirectional

associative memory cellular neural networks with asymptotically periodic coefficients, Applied

Mathematics and Computation, 215(3)(2009), 925-935(SCI).

3.JunyanXu(許君雁), Global exponential p-stability inCohen-Grossberg-Typebidirrectionalassociative memory Neural networks with transmission delays and learning behavior, J.Appl.Math. andComput. Volume 32, Number 2 /2010年4月,DOI: 10.1007/s12190-009-0268-z。(EI)

4.許君雁,一類三次Kolmogorov系統的定性分析,福州大學學報,36(2008):794-799。

5.JunyanXu(許君雁),YonghuiXia,Existenceand globalexpotentionalstability of periodic solution oftwo-neurennetworks with several delays, Dynamics of Continuous,Discrete andImplusiveSystems, (2006),12 :351-354.(EI)

6.許君雁,陳鳳德,具擴散的HollingIII類功能性反應模型的一致持續生存與周期解,福州大學學報,(2003)3:269-273。

7.:JunyanXu(許君雁), Chaochen, Conditions for globalattractivityof ratio-dependentmultispeciesecological competition-predator system withHollingIII type functional response. Ann.of Diff.Eqs. 2005(3):486-490.

8. LijuanChen,JunyanXu(許君雁) , Permanence of a nonlinear periodic predator-prey system with prey dispersal and predatordensity-independence,Annalsof Differential Equations, 25(3)(2009), 275-283.

9. LijuanChen ,JunyanXu(許君雁) , Permanence of generalnonautonomoussingle-speciesKolmogorovtype system with delay and feedbackcontrols,Annalsof Differential Equations, 25(4)(2009), 379-384.

10. LijuanChen,JunyanXu(許君雁), ZhongLi, Permanence and globalattractivityof a delayed discrete predator-prey system with generalHollingtype functional response and feedback controls, Discrete Dynamics in Nature and Society,Vol. 2008, Article ID 629620, 17 pages, 2008.doi:10.1155/2008/629620 (SCIE).[1]

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