Table-A) CPU performance: cmsExp vs cmsExpVG, 10.6.r09 
Legend:
cmsExpVG   = cmsExp + Geant4/VecGeom.1.1.7
10.6.r09   = geant4-10-06-ref-09

Average (CPU Time)/Event: cmsExp  vs cmsExpVG
#----------------------------------------------------------------------------
#  cmsExp              cmsExpVG        100*(cmsExpVG-cmsExp)/cmsExp  sample
#
#  mean      error     mean      error    %diff    error
#----------------------------------------------------------------------------

   428.65    3.59      393.13    4.13     -8.3     1.3   higgs.FTFP_BERT.1400.4
    
#----------------------------------------------------------------------------

Table-B) CPU performance: 10.6.r09 vs 10.6.r08 and 10.6.p02
Application: cmsExpVG (cmsExp + Geant4/VecGeom.1.1.7)
Legend:
10.6.r08     = geant4-10-06-ref-08
10.6.p02     = geant4-10-06-patch-02
10.6.r09     = geant4-10-06-ref-09 

Average (CPU Time)/Event: 10.6.r08  vs 10.6.r09
#----------------------------------------------------------------------------
#  106r08                  106r09               100*(r09-r08)/r08  sample
#
#  mean      error         mean      error       %diff error
#----------------------------------------------------------------------------

  382.4900   3.9920 	  393.1300   4.1315 	   2.8  1.5	 higgs.FTFP_BERT.1400.4 

#----------------------------------------------------------------------------

Average (CPU Time)/Event: 10.6.p02  vs 10.6.r09
#----------------------------------------------------------------------------
#  106p02                  106r09               100*(r09-p02)/p02  sample
#
#  mean      error         mean      error       %diff error
#----------------------------------------------------------------------------

  400.4200   4.6209 	  393.1300   4.1315 	  -1.8  1.5	 higgs.FTFP_BERT.1400.4 

#----------------------------------------------------------------------------



Table-B) Total Memory : 10.6.r09 vs 10.6.r08 and 10.6.p02
#-----------------------------------------------------------------------------
# total        memory           100*(r09-r08)/r08 
# 106r08          106r09          %diff           sample
#-----------------------------------------------------------------------------

  10397.9000 	  10525.3000 	 1.2	 higgs.FTFP_BERT.1400.4 

#-----------------------------------------------------------------------------

#-----------------------------------------------------------------------------
# total        memory           100*(r09-p02)/p02 
# 106p02          106r09          %diff           sample
#-----------------------------------------------------------------------------

  10388.4000 	  10525.3000 	 1.3	 higgs.FTFP_BERT.1400.4 

#-----------------------------------------------------------------------------