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- LATTICE DYNAMICAL SYSTEM FOR THE NLS~+ EQUATION NLS~+方程的格动力系统(英文)
- Lattice dynamical system 格点动力系统
- We should specially pay attention to the infinite-dimensions lattices dynamic system that we obtained when finite state quantities are changed to infinite in CNN and the dynamicbehavior of the lattices dynamic system will be very complexity. 特别值得注意的是，将CNN中的有限个状态变量推广到无穷多个状态变量后，则得到一个无穷维的格点动力系统，其动力学行为变得非常复杂。
- Computer art generated from dynamical system. 动力系统产生的计算机图形艺术。
- Since RNN inducts feedback, it is a nonlinear dynamical system. 由于递归神经网络引入反馈，所以它是一个非线性动力学系统。
- Continuum Theory and Dynamical Systems ? 连续统理论与动力系统
- Every dynamic system needs continuous readjustment. 每一动态系统都需要不断地再调整。
- Smoothing of trajectory imply that linear dynamical system is stochastic trajectory modeling. 轨迹平滑体现了线性动态系统的轨迹建模思想。
- Non-linear Dynamical Systems and Chaotic Phenomena. Random Processes and Diffusion. Ising model and Lattice Gas. Quantum Systems and Electronic Structures. Percolation, fractal and self-similarity. Neural Network and Genetic Algorithm. 非线性动力系统与混沌现象、随机过程和扩散现象、易幸模型与格子气体的统计模拟、量子系统与电子结构、展透、碎形与自我类似、类神经网路与基因演算法。
- Because of the dynamical ability of DFNN, it has the stronger ability of handling the dynamical system. 由于DFNN为动态神经网络，从而具有更强的处理动态系统的能力。
- A deterministic chaotic discrete, time dynamical system can be used for random number generator (RNG). 摘要基于混沌的随机数发生器采用了离散时间的决定论混沌系统。
- This paper introduces the method of lattice dynamics in free boundary and presents some significant results obtained. 文章介绍了自由边界晶格动力学方法;并给出由该方法所得到的一些有意义的结果.
- And then we study the thermal properties of GaAs/AlAs superlattice by lattice dynamics with force-constant matrix and first principle. 在此基础上,我们利用基于力常数模型的晶格动力学理论和第一性原理研究了超晶格GaAs/AlAs的热力学性质。
- The goal of control theory is to make a given dynamical system (the "plant") behave in a user-specified manner as accurately as possible. 控制理论的任务是对于一个给定的动态对象，使其尽可能精确地按照设计者指定的方式运行。
- Based on the lattice dynamics with force-constant matrix, we investigated the vibrational properties of GaAs/AlAs superlattice. 主要内容包括:一、采用基于力常数的晶格动力学方法研究了超晶格( n×n)GaAs/AlAs晶格振动性质。
- Finally we use obtained normal form and universal unfolding to discuss codimension 3 degenerate bifurcations of nonlinear dynamical system. 最后利用所得到的规范形和普适开折讨论了非线性动力系统的余维3退化分叉。
- The lattice dynamics martix can be reduced by using the symmetries of carbon nanotubes.The phonon frequencies and symmetries have been given. 利用碳管的对称性对其晶格动力学矩阵进行了约化,给出全部声子的频率以及振动模对称性。
- This is a coupled nonparabolic dissipative dynamic system. 这是一个耦合的非抛物耗散动力系统。
- P.P.J. van den Bosch and A.C.van der Klauw, Modeling, Identification and Simulation of Dynamical System, Boca Raton, 1994. 赵清风编译，控制之系统识别，出版地：全华科技图书股份有限公司，民国90年2月。
- The Raman spectra of Sr1-xBaxNb2O6(SBN) and (K1-yNay)z (Sr1-xBax)l-zNb2O6 (KNSBN) crystals have been obtained and discussed based on the space group theory and lattice dynamics. 测得了Sr_(1-x)Ba_xNb_2O_6(SBN)和(K_(1-y)Na_y)_z(Sr_(1-x)Ba_x)_(l-z)Nb_2O_6(KNSBN)晶体的Raman谱;并用群论和晶格动力学观点进行了讨论.
