Sim/Rec/Opt Session Summary

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Presentation transcript:

Sim/Rec/Opt Session Summary Akiya Miyamoto KEK 6-Mar-2008 T I L C 0 8

Sim/Rec/Opt Summary, 6-Mar-2008 Subjects of this WG Norman Graf, ACFA Plenary Our subjects Akiya Miyamoto, KEK Sim/Rec/Opt Summary, 6-Mar-2008

Sim/Rec/Opt Summary, 6-Mar-2008 Topics of our session Simulator/Reconstruction framework 14 talks in 3 sessions ALCPG Detector Software Development (25') Norman Graf (SLAC) Mokka, Marlin and friends. Status of ILD_LDC framework (25') Frank Gaede (DESY) Jupiter/Satellites framework (20') Akiya Miyamoto (KEK) Preparation for jet analysis of Jupiter data using MarlinReco/PandoraPFA (20') Satoru Uozumi  Tracking in SiD and on PFA (20') Norman Graf (SLAC) The PandoraPFA (20') Mark Thomson (University of Cambridge) LCFI Vertex Package: Parameter Optimisation (20') Sonja Hillert (Oxford) PFA in a strip calorimeter (20') Daniel Jeans (Kobe University) Electron ID studies with the LDC detector (13') Roman Poeschl SiD Global Parameter Optimization using PandoraPFA (18') Marcel Stanitzki (Rutherford Appleton Laboratory) SUSY analysis with full simulation (18') Tamaki Yoshioka (ICEPP, Univ. of Tokyo) Study of ZH recoil mass (18') Kazutoshi Ito (Tohoku university) ZH recoil mass analysis (18') Zhiqing Zhang (LAL) ZH study with full simulation (18') Hiroaki Ono (Nippon Dental University) Reconstruction Optimization/Benchmark Apologies if your talk is not summarized properly. See program page for details Akiya Miyamoto, KEK Sim/Rec/Opt Summary, 6-Mar-2008

Sim/Rec/Opt Summary, 6-Mar-2008 Simulators Norman Graph Jupiter Mokka Akiya Miyamoto, KEK Sim/Rec/Opt Summary, 6-Mar-2008

Norman Graf Akiya Miyamoto, KEK

Towards realistic model Frank Gaede Akiya Miyamoto, KEK Sim/Rec/Opt Summary, 6-Mar-2008

Frank Gaede

Sim/Rec/Opt Summary, 6-Mar-2008 GLDPrime_v03 in Jupiter Akiya Miyamoto Updates since since GLDPrime_v02 ( Jan 08) Parameters for VTX, TPC, CAL, Coil, MUD are updated. CAL module BCAL FCAL CH2mask IT Barrel-Endcap 10cm gap VTX Akiya Miyamoto, KEK Sim/Rec/Opt Summary, 6-Mar-2008

Sim/Rec/Opt Summary, 6-Mar-2008 Jupiter  LCIO Akiya Miyamoto Jupiter data reconstructed with LDCFulltracking and PandoraPFA T.Yoshioka Satoru Uozumi Ejet JER (cosq < 0.7) 45 GeV 30.1 ± 0.3 175 GeV 45.9 ± 0.7 Akiya Miyamoto, KEK Sim/Rec/Opt Summary, 6-Mar-2008

Analize Jupiter data by LCFIVertex Satoru Uozumi Akiya Miyamoto, KEK Sim/Rec/Opt Summary, 6-Mar-2008

Sim/Rec/Opt Summary, 6-Mar-2008 Reconstruction Issues Akiya Miyamoto, KEK Sim/Rec/Opt Summary, 6-Mar-2008

Sim/Rec/Opt Summary, 6-Mar-2008 PFA Pandora PFA by Mark Tomson NA efforts by Norman Graf Argonne (Magille) PFA IOWA PFA Pandora PFA PFA for Strip-Sinti. CAL. by Daniel Jeans. Akiya Miyamoto, KEK Sim/Rec/Opt Summary, 6-Mar-2008

Norman Graf

Daniel Jeans

Strip Area/Aspect ratio dep. Daniel Jeans Akiya Miyamoto, KEK Sim/Rec/Opt Summary, 6-Mar-2008

Sim/Rec/Opt Summary, 6-Mar-2008 Pandora PFA Mark Thomson + Improved functionality and compatibilities to new LDC model, … Akiya Miyamoto, KEK Sim/Rec/Opt Summary, 6-Mar-2008

Pandora PFA performance NOW Akiya Miyamoto, KEK Sim/Rec/Opt Summary, 6-Mar-2008

SiD Global Parameter Optimization Using PandoraPFA “SiDish” detector using Mokka/Marlin framework Preliminary results of Z pole events ( uds only ) Plan to do study higher energy jets, different segmentation, etc. Marcel Stanitzki Dependence on B Dependence on Tracker R and Z Akiya Miyamoto, KEK Sim/Rec/Opt Summary, 6-Mar-2008

LCFI Vertex Package LCFI Vertex is the standard vertexing package. Sonia Hillert LCFI Vertex is the standard vertexing package. Consistent performance with Pandora PFA and WOlfPFA Need a training of neural network to apply to the flavor tagging. Now preparing for trainings using mass production data Akiya Miyamoto, KEK Sim/Rec/Opt Summary, 6-Mar-2008

Sim/Rec/Opt Summary, 6-Mar-2008 Cut-based electron ID Roman Poschl At this stage, PandoraPFA is not able to identify electron Cut based electron ID Variables: Ecal/Ptrack, Ecal/Etotal, Rp(cluster size ) Efficiency Rejection rate Etrack/Ptrack 30GeV e/m/p For eeZHeeX, P = 20~70 GeV Efficiency > 99.5%, Rejection rate for pion > 95~98% Akiya Miyamoto, KEK Sim/Rec/Opt Summary, 6-Mar-2008

Sim/Rec/Opt Summary, 6-Mar-2008 Studies on Benchmark processes Akiya Miyamoto, KEK Sim/Rec/Opt Summary, 6-Mar-2008

Studies on Benchmark processes Studies by Full Simulation, including preliminary results Processes Smuon pair & Chargino : T.Yoshioka ee ZH  mmX K. Itoh Z.Zhang ee  ZH  nnH / qqH Akiya Miyamoto, KEK Sim/Rec/Opt Summary, 6-Mar-2008

Sim/Rec/Opt Summary, 6-Mar-2008 Smuon and Chargino Tamaki Yoshioka Smuon pair: √s=500GeV, 55fb-1 DM is consistent with Quick-Sim results Mass sift of ~1 GeV is not seen if track cheater is used.  need more study Chargino pair: √s=500GeV, 100fb-1 DM is consistent with Quick-Sim results Akiya Miyamoto, KEK Sim/Rec/Opt Summary, 6-Mar-2008

Sim/Rec/Opt Summary, 6-Mar-2008 ZH  mmH - 1 Kazutoshi Itoh √s=250GeV,L=335fb-1 Visible Higgs decay assumed. Background: ZZ only Results Ds : 3.1%(GLD’) 3.0%(GLD) DmH: 40.8MeV(GLD’) 37.9MeV(GLD) ( cf. Dp/p(GLD’) ~ 1.2 Dp/p(GLD) ) Akiya Miyamoto, KEK Sim/Rec/Opt Summary, 6-Mar-2008

Sim/Rec/Opt Summary, 6-Mar-2008 ZH  mmH - 1 Z.Zhang Analysis was updated using new m-ID code Study at √s=230GeV, 500fb-1 Model independent result : DmH=39MeV Assuming SM like Higgs or Invisible Higgs, DMH = 29 MeV Beam parameter dependence (√s GeV) DMH= 24.7 MeV ( 230 ) = 31.9 MeV ( 250 ) =109.1MeV ( 350 ) L*=4.5m case. Machine time is normalized to 500fb-1@√s=500GeV For the best DMH, the optimization of the beam parameter is important as well as detector parameters Model independent analysis Akiya Miyamoto, KEK Sim/Rec/Opt Summary, 6-Mar-2008

Sim/Rec/Opt Summary, 6-Mar-2008 ZH  nnH, qqH Study using GLD-PFA( ~ 30%/√E at Z0, not good at higher energy ) Studied at √s=350 GeV Hiroyuki Ono ZH  nnH case Akiya Miyamoto, KEK Sim/Rec/Opt Summary, 6-Mar-2008

Sim/Rec/Opt Summary, 6-Mar-2008 Geometry description of full simulators improve towards realistic simulation of detector performances Progresses of reconstruction codes were reported. They will play are central role in coming detector optimization and benchmark studies. Preliminary results of studies of benchmark processes using full simulation were reported. Akiya Miyamoto, KEK Sim/Rec/Opt Summary, 6-Mar-2008