| 1. | Hardware design of logistic map and its application
映射的电路实现及应用 |
| 2. | Time - varying synchronization of two 2 - d logistic map
映象系统的混沌同步 |
| 3. | A research of chaos encryption algorithm based on logistic mapping
映射混沌加密算法的研究 |
| 4. | Three kinds of chaotic security communication schemes based on logistic map
映射的三种混沌保密通信方案 |
| 5. | Simulation results with logistic mapping and henon mapping show the validity of the theoretical analysis and effectiveness of the algorithm
针对logistic和henon系统的仿真表明了理论分析的正确性和该方法的有效性。 |
| 6. | This method consumes least energy . simulation results with logistic mapping and henon attractor show that this method is effective
针对虫曰模刑和henon映射的仿真验证了此方i上的有效性，汁且此方法的控制能量足最小的。 |
| 7. | Next we are concerned with the existence of quasi - periodic breathers for the coupled map lattices : where the local map f is the delayed logistic map
其次我们考虑局部映射f _为时滞logistic映射的耦合格点映射：讨论此映射的拟周期呼吸子的存在性。 |
| 8. | It has important potential applications in copyright protection of digital media , secret communication and hidden annotation of host data . facing with this problems , aims of this paper will mainly focus on following aspects : 1 . combined with the logistic mapping in non - linearity dynamics system , an image - encrypting algorithm based on modular arithmetic in wavelet transform is designed
本文在前人工作的基础上，针对当前数字水印和图象加密的发展状况，完成了以下工作： 1 、从多媒体数据安全的角度，分析了多媒体信息的特点，深入研究和分析了数字图象加密技术。 |
| 9. | Up to now , the theory researches about chaotic phenomenon are mature . there are many chaotic models that produce the chaotic sequences , such as logistic map , tent map , chebyshev map , piecewise linear map . however , the application researches about chaos are limited to the fields of data encryption and secure communication
混沌现象是当前理论研究和工程应用的前沿和热门课题,混沌理论的研究已较成熟,混沌模型也很多,如典型的logistic映射、 tent映射、 chebyshev映射以及分段线性映射等,而其应用研究主要局限于数据加密、保密通信领域。 |
| 10. | Haken , the founder of synergetics , has used the oscillations of the parameters , which were called attention parameters in his nonlinear equations , to explain oscillations of perception . we introduce a logistic map subsystem to the art to create a vigilance - controllable mechanism . via it , the human ' s multi - fold ambiguous perception is successfully simulated . with the reciprocal development for decades in artificial intelligence ( ai ) and ann , the join up between them has become a great trend
协同论创始人haken的理论将多义感知现象用非线性方程注意参量的振荡来解释感知振荡，我们提出用逻辑斯谛映射子系统来产生art注意参数振荡，从而成功地实现了用art仿真认知的多义感知现象，这也为art提供了一种控制与调节注意参数的机制。 |
