RooUnfold: A history, scope and status.

• Tim Adye (STFC - Rutherford Appleton Lab. (GB))

Room: 40/R-B10 A history of RooUnfold and its scope within the software / physics analysis ecosystem followed by a status report of the project.

Physics considerations for comparing unfolding algorithms

• Christopher John Meyer (University of Pennsylvania (US))

Room: 40/R-B10 Comparisons between new and established unfolding algorithms and how these differences impact the physics result.

A statistician's view on current unfolding software

• Mikael Kuusela (Ecole Polytechnique Federale de Lausanne (CH), Univ. of California Los Angeles (US))

Room: 40/R-B10 A focus on uncertainty quantification in unfolding and a discussion of areas where, from the methodological perspective, the current software should be improved.

Unfolding in python

• Vincent Alexander Croft (New York University (US))

Room: 40/R-B10 An investigation into implementing unfolding outside of the ROOT environment. First comparisons with standard libraries used for solving similar inverse problems and mapping inversions. + Time for discussions