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An implementation of Halpern-type proximal algorithms for nonsmooth problems

机译:非光滑问题的Halpern型近端算法的实现

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摘要

This paper develops two implementations of Halpern-type proximal algorithms (HPA1 and HPA2) solving nonsmooth problems. We prove their convergence to the solutions of the problems under the new conditions. Applying this idea to the Basis Pursuit model in image/signal processing, a new Halpern-type proximal algorithm (HPA) for the model is obtained. Experiments show that the Halpern-type proximal algorithm has better descent property than the usual proximal algorithm (PA) for the Basis Pursuit model.
机译:本文开发了两种解决非光滑问题的Halpern型近端算法(HPA1和HPA2)。我们证明了它们在新条件下对解决问题的收敛性。将此思想应用于图像/信号处理中的基础追踪模型,获得了该模型的新Halpern型近端算法(HPA)。实验表明,对于基础追求模型,Halpern型近端算法具有比常规近端算法(PA)更好的下降特性。

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