Because model switching system is a typical form of Takagi-Sugeno(T-S) model which is an universal approximator of continuous nonlinear systems, we describe the model switching system as mixed logical dynamical (ML...Because model switching system is a typical form of Takagi-Sugeno(T-S) model which is an universal approximator of continuous nonlinear systems, we describe the model switching system as mixed logical dynamical (MLD) system and use it in model predictive control (MPC) in this paper. Considering that each local model is only valid in each local region,we add local constraints to local models. The stability of proposed multi-model predictive control (MMPC) algorithm is analyzed, and the performance of MMPC is also demonstrated on an inulti-multi-output(MIMO) simulated pH neutralization process.展开更多
为了解决当前图像复原算法难以兼顾纹理与精细边缘的不足,提出了局部加权高斯-SAR联合先验模型的图像复原算法。引入局部自回归约束,利用高斯先验,构造局部加权高斯图像先验;并联合SAR先验,设计了高斯-联合先验模型,有效地防止过度平滑...为了解决当前图像复原算法难以兼顾纹理与精细边缘的不足,提出了局部加权高斯-SAR联合先验模型的图像复原算法。引入局部自回归约束,利用高斯先验,构造局部加权高斯图像先验;并联合SAR先验,设计了高斯-联合先验模型,有效地防止过度平滑;并利用图像损坏模型与高斯-联合先验,建立其(Maximizing A Posteriori);基于最小优化技术,获取其下边界,将非凸问题转成凸问题,完成图像复原。对比测试结果显示:其算法的修复效果更佳,值最高,保留了丰富纹理与精细边缘;且复原图像的梯度分布与初始图像最接近。展开更多
文摘Because model switching system is a typical form of Takagi-Sugeno(T-S) model which is an universal approximator of continuous nonlinear systems, we describe the model switching system as mixed logical dynamical (MLD) system and use it in model predictive control (MPC) in this paper. Considering that each local model is only valid in each local region,we add local constraints to local models. The stability of proposed multi-model predictive control (MMPC) algorithm is analyzed, and the performance of MMPC is also demonstrated on an inulti-multi-output(MIMO) simulated pH neutralization process.
文摘为了解决当前图像复原算法难以兼顾纹理与精细边缘的不足,提出了局部加权高斯-SAR联合先验模型的图像复原算法。引入局部自回归约束,利用高斯先验,构造局部加权高斯图像先验;并联合SAR先验,设计了高斯-联合先验模型,有效地防止过度平滑;并利用图像损坏模型与高斯-联合先验,建立其(Maximizing A Posteriori);基于最小优化技术,获取其下边界,将非凸问题转成凸问题,完成图像复原。对比测试结果显示:其算法的修复效果更佳,值最高,保留了丰富纹理与精细边缘;且复原图像的梯度分布与初始图像最接近。