2017年微分方程和动力系统国际研讨会（CDEDS 2017）

Amaris

会议简介：      The Conference on Differential Equations and Dynamical Systems (CDEDS 2017)will be held from September 24-26, 2017 in Suzhou, China. This Conference will cover issues on Partial Differential Equations, Ordinary Differential Equations and Dynamical Systems. CDEDS 2017 is sponsored by Engineering Information Institute, Open Access Library, Scientific Research Publishing, and 1000thinktank. It dedicates to creating a stage for exchanging the latest research results and sharing the advanced research methods.


　　Suzhou is located in the center of the Yangtze Delta, in the south of Jiangsu Province. Suzhou is praised as the 'Oriental Venice'. Taihu Lake, four fifths of which is in the territory of Suzhou, is one of the four largest fresh lakes in China, with East Hill, West Hill and other scenic spots in its vicinity. The city is cut by the Beijing- Hangzhou Grand Canal from north to south. Together with its mild climate, fertile landscape and abundance of produce, it is no wonder that Suzhou is called 'paradise on earth'.

　　2017年微分方程和动力系统国际研讨会(CDEDS 2017)将于2017年9月24-26日在苏州举行。本届大会将继续遵循学术性、国际性的原则，特邀国内外微分方程和动力系统领域内的学者专家前来参 会，并做出精彩的报告。

　　2017年微分方程和动力系统国际研讨会是由工程信息研究院、科研出版社、千人智库等单位共同协办，在领域内享受盛名的国际学术研讨会之一。此次会议议题涵盖偏微分方程、常微分方程与动力系统等，旨在打造一场交流分享最新科研成果和研究方法的学术盛宴!

征稿主题：
　　Partial Differential Equations
　　Hyperbolic Equations
　　Elliptic and Parabolic Equations
　　Equations of Mixed Type
　　Conservation Laws
　　Euler Equations
　　Navier-Stokes Equations
　　Advection Equation
　　Ginzburg–Landau Equation
　　The Dym Equation
　　Prandtl Equation
　　Boltzmann Equation
　　Theories of Partial Differential Equations (PDEs)
　　Solutions of PDEs
　　Numerical Analysis and Methods
　　Applications of PDEs
　　Integrable Equations
　　Soliton Theory

　　Ordinary Differential Equations and Dynamical Systems
　　Theories of Ordinary Differential Equations (ODEs)
　　Computational Ordinary Differential Equations
　　Numerical Ordinary Differential Equations
　　Integrating Differential Equations
　　Systems of ODEs
　　Solutions of ODEs
　　Numerical Analysis and Methods
　　Reduction of Order
　　Software for ODE Solving
　　Linear Dynamical Systems
　　Local Dynamics
　　Nonlinear Dynamical Systems and Chaos
　　Arithmetic Dynamics
　　Chaos Theory
　　Control Theory
　　Bifurcation Theory
　　Ergodic Theory
　　Complex Systems
　　Graph Dynamical Systems
　　Projected Dynamical Systems
　　Symbolic Dynamics
　　System Dynamics
　　Topological Dynamics
　　Applications of ODEs and Dynamical Systems Theory

　　Other Related Topics