ID 原文 译文
53317 混沌镇定控制的应用范围很广,所采用的方法很多。 Chaos stabilization controls have very wide applications and many methods can be used.
53318 本文研究了文氏桥超混沌电路的时滞反馈混沌镇定控制方法, An approach of chaos stabilization control in Wien bridge hyperchaotic circuit via time-delay feedback is investigated in this paper.
53319 利用模拟时滞反馈控制器将系统状态变量延时后接入原系统,实现了运行状态从超混沌态到单周期态的转变。 When the system state variable is delayed and then fed back the original system by utilizing an analogue delay feedback controller, the system working state has a transition from hyperchaotic to periodic.
53320 设计了时滞反馈控制器电路,并进行了平衡点稳定性分析。 The delay feedback controller circuit is designed and the equilibrium point stabilities are performed.
53321 电路实验结果验证了数值仿真结果,说明了时滞反馈控制器可以有效实现超混沌电路的混沌镇定控制。 The circuit experimental results verify the numerical simulation results, which illustrate that the time-delay feedback controller can realize the chaos stabilization control of the hyperchaotic circuit effectively.
53322 针对实际中机载SAR成像的运动误差问题,提出基于子孔径分割的高效机载SAR运动补偿算法,其中成像采用线频调变标(Chirp Scaling,CS)算法。 Due to that airborne SAR imaging systems often face motion error, the motion compensation algorithm combined with sub-aperture technique is proposed, where chirp scaling (CS) algorithm is used for image formation.
53323 同时设计基于FPGA+DSP的实时信号处理系统, What is more, a real-time signal processing system based on FPGA+DSP framework is designed.
53324 并通过合理的数据流控制,运算资源分配和任务分配,将实时成像算法高效可靠地映射到实时信号处理器内。 Convenient data flow strategy is presented, and computational resource is also well arranged to realize efficient operation of the proposed algorithm in real-time processor.
53325 仿真和外场成像实验都验证了该SAR实时成像处理算法和系统的有效性及可靠性。 Both simulated and real-time radar data experiments are listed to validate the effectivity of the proposal.
53326 利用信号的稀疏性建立图像分类处理模型是图像识别技术的新应用。 Image classification model utilizing signal sparsity is a novel application for image recognition technology.