Turn up the tap, and it abruptly sprays out in a chaotic (but describable) torrent.

把龙头开大，它会突然喷射出混沌的（但还可描述的）急流。

Vacant, floods unceasingly in periphery. Daily daily, I flanerie, chaos pass.

茫然，不断充斥在周围。每天的每天，我都漫无目的，混混沌沌的度。

Proposes pictureencryption algorithm based on the double unidimensional chaos system.

摘要 提出了一个基于双一维混沌系统的图像加密算法。

With the change of control parameters,typical variation of physical state is studied to extend the applications of chaus circuits chaotic systems in Chais circuits.

制参数，研究了几个典型物理状态化现象，丰富了蔡氏电路混沌系统的应用方法。

It is difficult to achieve the synchronization for the master-slave chaotic systems with nonidentical parameters,so the uniform synchronization with a small error bound is discussed.

当主从耦合混沌系统的参数之间非恒同时,一般意义上的混沌同步难以实现,因此,讨论了其具有一定误差界的一致同步问题.

Turn up the tap, and it abruptly sprays out in a chaotic (but describable) torrent.

把龙头开大，它会突然喷射出混沌（但还可描述）。

Vacant, floods unceasingly in periphery. Daily daily, I flanerie, chaos pass.

茫然，不断充斥在周围。每天每天，我都漫无目，混混沌沌度过。

Proposes pictureencryption algorithm based on the double unidimensional chaos system.

摘要 提出了个基于双维混沌系统图像加密算法。

With the change of control parameters,typical variation of physical state is studied to extend the applications of chaus circuits chaotic systems in Chais circuits.

通过变控制参数，研究了几个典型物理状态变化现象，丰富了蔡氏电路混沌系统应用方法。

It is difficult to achieve the synchronization for the master-slave chaotic systems with nonidentical parameters,so the uniform synchronization with a small error bound is discussed.

当主从耦合混沌系统参数之间非恒,般意义上混沌步难以实现,因此,讨论了其具有定误差界致步问题.

Turn up the tap, and it abruptly sprays out in a chaotic (but describable) torrent.

把龙头开大，它会突然喷射出混沌的（但还可描述的）急流。

Vacant, floods unceasingly in periphery. Daily daily, I flanerie, chaos pass.

茫然，斥在周围。每天的每天，我都漫无目的，混混沌沌的度过。

Proposes pictureencryption algorithm based on the double unidimensional chaos system.

摘要 提出了一个基于双一维混沌系统的图像加密算法。

With the change of control parameters,typical variation of physical state is studied to extend the applications of chaus circuits chaotic systems in Chais circuits.

通过变控制参，研究了几个典型物理状态变化现象，丰富了蔡氏电路混沌系统的应用方法。

It is difficult to achieve the synchronization for the master-slave chaotic systems with nonidentical parameters,so the uniform synchronization with a small error bound is discussed.

当主从耦合混沌系统的参非恒同时,一般意义上的混沌同步难以实现,因此,讨论了其具有一定误差界的一致同步问题.

Turn up the tap, and it abruptly sprays out in a chaotic (but describable) torrent.

把龙头开大，它会突然喷射出混沌（但还可描述）急流。

Vacant, floods unceasingly in periphery. Daily daily, I flanerie, chaos pass.

茫然，不断充斥在周围。每天每天，我都漫无目，混混沌沌度过。

Proposes pictureencryption algorithm based on the double unidimensional chaos system.

摘要 提出了个基于双维混沌系统图像加密算法。

With the change of control parameters,typical variation of physical state is studied to extend the applications of chaus circuits chaotic systems in Chais circuits.

通过变控制参数，研究了几个典型物理状态变化现象，丰富了蔡氏电路混沌系统应用方法。

It is difficult to achieve the synchronization for the master-slave chaotic systems with nonidentical parameters,so the uniform synchronization with a small error bound is discussed.

当主从耦合混沌系统参数之间非恒同时,般意义上混沌同步难以实现,因此,讨论了其具有定误差界同步问题.

Turn up the tap, and it abruptly sprays out in a chaotic (but describable) torrent.

把龙头开大，它会突然喷射出混沌的（但还可描述的）急流。

Vacant, floods unceasingly in periphery. Daily daily, I flanerie, chaos pass.

茫然，不断充斥在周围。每天的每天，我都的，混混沌沌的度过。

Proposes pictureencryption algorithm based on the double unidimensional chaos system.

摘要 提出了一个基于双一维混沌系统的图像加密算法。

With the change of control parameters,typical variation of physical state is studied to extend the applications of chaus circuits chaotic systems in Chais circuits.

通过变控制参数，研究了几个典型物理状态变化现象，丰富了蔡氏电路混沌系统的应法。

It is difficult to achieve the synchronization for the master-slave chaotic systems with nonidentical parameters,so the uniform synchronization with a small error bound is discussed.

当主从耦合混沌系统的参数之间非恒同时,一般意义上的混沌同步难以实现,因此,讨论了其具有一定误差界的一致同步问题.

Turn up the tap, and it abruptly sprays out in a chaotic (but describable) torrent.

把龙头开大，它会突然喷射出混沌的（但还可描述的）急流。

Vacant, floods unceasingly in periphery. Daily daily, I flanerie, chaos pass.

茫然，不在周围。每天的每天，我都漫无目的，混混沌沌的度过。

Proposes pictureencryption algorithm based on the double unidimensional chaos system.

摘要 提出了一个基于双一维混沌系统的图像加密算法。

With the change of control parameters,typical variation of physical state is studied to extend the applications of chaus circuits chaotic systems in Chais circuits.

通过变控制，研究了几个典型物理状态变化现象，丰富了蔡氏电路混沌系统的应用方法。

It is difficult to achieve the synchronization for the master-slave chaotic systems with nonidentical parameters,so the uniform synchronization with a small error bound is discussed.

当主从耦合混沌系统的间非恒同时,一般意义上的混沌同步难以实现,因此,讨论了其具有一定误差界的一致同步问题.

Turn up the tap, and it abruptly sprays out in a chaotic (but describable) torrent.

把龙头开大，它会突然喷射出混沌的（但还可描述的）急流。

Vacant, floods unceasingly in periphery. Daily daily, I flanerie, chaos pass.

茫然，不断充斥在周围。每天的每天，我都漫无目的，混混沌沌的度过。

Proposes pictureencryption algorithm based on the double unidimensional chaos system.

摘要 提出一个基于双一维混沌系统的密算法。

With the change of control parameters,typical variation of physical state is studied to extend the applications of chaus circuits chaotic systems in Chais circuits.

通过变控制参数，几个典型物理状态变化现象，丰富蔡氏电路混沌系统的应用方法。

It is difficult to achieve the synchronization for the master-slave chaotic systems with nonidentical parameters,so the uniform synchronization with a small error bound is discussed.

当主从耦合混沌系统的参数之间非恒同时,一般意义上的混沌同步难以实现,因此,讨论其具有一定误差界的一致同步问题.

Turn up the tap, and it abruptly sprays out in a chaotic (but describable) torrent.

把龙头开大，它会突然喷射出（但还可描述）急流。

Vacant, floods unceasingly in periphery. Daily daily, I flanerie, chaos pass.

茫然，不断充斥在周围。每天每天，我都漫无目，度过。

Proposes pictureencryption algorithm based on the double unidimensional chaos system.

摘要 提出了一个基于双一维图像加密算法。

With the change of control parameters,typical variation of physical state is studied to extend the applications of chaus circuits chaotic systems in Chais circuits.

通过变控制参数，研究了几个典型物理状态变化现象，丰富了蔡氏电路应用方法。

It is difficult to achieve the synchronization for the master-slave chaotic systems with nonidentical parameters,so the uniform synchronization with a small error bound is discussed.

当主从耦合参数之间非恒同时,一般意义上同步难以实现,因此,讨论了其具有一定误差界一致同步问题.

Turn up the tap, and it abruptly sprays out in a chaotic (but describable) torrent.

把龙头开大，它会突然喷射出的（但还可描述的）急流。

Vacant, floods unceasingly in periphery. Daily daily, I flanerie, chaos pass.

茫然，不断充斥在周围。每天的每天，我都漫无目的，的度过。

Proposes pictureencryption algorithm based on the double unidimensional chaos system.

摘要 提出了一个基于双一系统的图像加密算法。

With the change of control parameters,typical variation of physical state is studied to extend the applications of chaus circuits chaotic systems in Chais circuits.

通过变控制参数，研究了几个典状态变化现象，丰富了蔡氏电路系统的应用方法。

It is difficult to achieve the synchronization for the master-slave chaotic systems with nonidentical parameters,so the uniform synchronization with a small error bound is discussed.

当主从耦合系统的参数之间非恒同时,一般意义上的同步难以实现,因此,讨论了其具有一定误差界的一致同步问题.

Turn up the tap, and it abruptly sprays out in a chaotic (but describable) torrent.

龙头开大，它会突然喷射出混沌的（但还可描述的）急流。

Vacant, floods unceasingly in periphery. Daily daily, I flanerie, chaos pass.

茫然，不断充斥在周围。每天的每天，我都漫无目的，混混沌沌的度过。

Proposes pictureencryption algorithm based on the double unidimensional chaos system.

摘要 提出了个基于双维混沌系统的图像加密算法。

With the change of control parameters,typical variation of physical state is studied to extend the applications of chaus circuits chaotic systems in Chais circuits.

通过变控制参数，研究了几个典型物理状态变化现象，丰富了蔡氏电路混沌系统的应用方法。

It is difficult to achieve the synchronization for the master-slave chaotic systems with nonidentical parameters,so the uniform synchronization with a small error bound is discussed.

当主从耦合混沌系统的参数之间非恒同时,般意义上的混沌同步难以实现,因此,讨论了其有定误差界的致同步问题.