0) CMS and ATLAS contacts have meet several times in the
   past monthes, and have reach agreement of common simple cuts, 
   >>>
   ptl1/l2 > 20, |etal1/l2|<2.5
   MET > 30
   mll>12
   pt_jet_max < 30   for  |eta|<3.
   >>>>
   and discussion on common parameters and basic programs to be used.
 
1) Programs for H->WW->lnulnu Studies

   HNNLO (ggF) team:
   Massimiliano Grazzini, Daniel de Florian, ...
   Link: http://theory.fi.infn.it/grazzini/codes.html

   FEHIPro (ggF) team:
   C. Anastasiou, F. Petriello, K. Melnikov, S. Bucherer, ...
   Link: http://www.phys.ethz.ch/~pheno

   HAWK (VBF) team:
   A. Mueck, A. Denner, S. Dittmaier
   Link: http://heptools.inp.demokritos.gr/node/2920

   Also M. Spira has several very useful NLO Higgs code:
   HIGLU - gg->H
   VV2H - VBF

   MCFM (Will only use for quick cross-checks)

2) Working orders:
   a) H->WW ggF first with a good understanding
   b) H->WW VBF to get reasonable results
   c) Backgrounds, starting with WW 

3) Comments about background studies
   It is a difficult tasks with a lot of works, certainly additional
   man powers are needed for it. Also how to integrate them into
   Higgs cross-section, it is not clear at all. In principle, studies
   cross-sections of SM backgrounds are common and could be used by 
   many different data analysis, maybe a joint efforts better?

4) Questions:
   a) How data analysis could use our results? This will result in
      how we provide correction factors. For examples: a) Experiments may
      produce MC samples with "pre-selections", to get right acceptance,
      rejected events need to be reweight! => Provide normalized 
      reweight functions? b) Experiments have different MC generators,
      our k-factors are based on a particular program such HNNLO which
      may have difference due to different parton level distributions.
   b) Common tools for experiments? For instance, in case K-factor is
      depending on jet, a common tool for jet?