Short Introduction

Philip Miller
Institute for Numerical and Applied Mathematics
Lotzestraße 16-18
37083 Göttingen


room 15
Phone 0551 39 24518
p.miller [at] math.uni-goettingen.de



I am a PhD-student in project B3 of the RTG 2088 "Discovering structure in complex data" and member of the workgroup Inverse Problems supervised by Prof. Dr. Thorsten Hohage.

Research Interests

• l¹-regularization
  
• Variational regularization theory
  

Publications

Refereed journal papers


The linked pdf-files do not necessarily coincide with the article's published version.



• Philip Miller, Thorsten Hohage. 2021. Maximal Spaces for Approximation Rates in \ell^1-regularization. Numerische Mathematik.
  doi:10.1007/s00211-021-01225-4      
• Miller, Philip. 2021. Variational regularization theory based on image space approximation rates. Inverse Problems 37(6): 065003 (32pp).
  doi:10.1088/1361-6420/abf5bb      
• Thorsten Hohage, Philip Miller. 2019. Optimal convergence rates for sparsity promoting wavelet-regularization in Besov spaces. Inverse Problems.
  doi:10.1088/1361-6420/ab0b15      



Submitted papers






BibTeX-file

Conferences and Workshops

Recent:
• Chemnitz Symposium on Inverse Problems, talk (slides), Chemnitz, September 27-28, 2018

Teaching

• Winter term 2017/2018: Linear Algebra I; tutor


• Summer term 2017: Linear Algebra II, Mathematics for computer science II; tutor


• Winter term 2016/2017: Linear Algebra I, Mathematics for computer science I, Mathamatical preparatory class for mathematics; tutor


• Summer term 2016: Analysis II; tutor


• Winter term 2015/2016: Analysis I, Revision course for Mathematical Methods of Physics III, Mathamatical and Physical preparatory classes; tutor


• Summer term 2015: Functional Analysis, Physical preparatory classes; tutor


• Winter term 2014/2015: Algebra, Physical preparatory classes; tutor