Page 2: The SFitter framework was developed for the determination 
of supersymmetric parameters. As similar questions arise in the
Higgs coupling determination at the LHC, multi-parameter space, 
errors, correlations among errors, the algorithms were applied
to the Higgs sector at the LHC

Page 3: The scenario is: 30fb-1 of well understood data at 14TeV. A 
Higgs boson of 120GeV has been discovered. The subjet analysis is used 
and the old ttH(->bb) analysis has its sensitivity reduced by 50%.

Page 4: Experimental errors, errors on the background, theory errors and 
their correlations are taken into account. A difficulty are the low 
signal rates necessitating the combination of Poisson plus Gaussian 
errors.

Page 5: The RFit scheme is used for the theory errors.
The parameters are defined as deviations from the Standard Model
Higgs couplings.

Page 6: A full likelihood map is calculated. In the frequentist 
projection with anomalous couplings onloy allowed in tree level decays,
positive correlations are observed among all couplings as well as a sign 
preference for the correct solution (due to gammagamma).

Page 7: Adding effective anomalous couplings, the sign preference does 
not exits anymore and the pseudo scondary solutions multiply.

Page 8: The impact of an increase of the minijet veto error by a factor 
20 leads to a non-vanishing proabability of a tautauH coupling 
measurement of zero

Page 9: The subjet analysis, confirmed within 10% by ATLAS, has a 
significant impact on the coupling measurement at mh=120GeV.

Page 10: An observed (as opposed to invisible) channel cannot be 
distinguished from a coherent anomalous coupling reduction  for all 
couplings due to the structure of the observables at the LHC.

Page 11: The precision on the coupling determination is 30-50% at the 
LHC.

Page 12: The errors on the ratios are slightly better as some common
errors cancel out.

Page 13: The coupling measurements have sensitivity to new physics.