Trial layout as 189 paper (chapters are clickable, now from 189 paper)

Abstract

1. Introduction
   Luminosity summary see ALEPH 2002-014/PHYSIC 2002-010     John
2. ALEPH detector John
3. Monte Carlo simulation
   • MC generators check wrt 189 paper (koralw new descript)
   • MC sample sizes http://j.home.cern.ch/j/jezeques/www/Web_ALEPH/v1.51/Aleph_MC.htm with FILI cards
   • MC sample codes : http://alephwww.cern.ch/~bbloch/MCKey/
4. Event selections and Kinematic reconstructions
• Introduction describing selections using CNs for all channels (referring to xsec paper)
• kin fitting (ABCfit) , parametrisations, jet energy corrections for MC Patrice
• http://j.home.cern.ch/j/jezeques/www/Web_ALEPH/v1.51/result_data/data_nbevt.html
• Subdivision into each channel: 4q, e,mu vqq, tau vqq (not lvlv?) each describing the dimensions, windows, Chis2 cuts etc, jet pairing changes etc.(more clear once the MN is merged)
• 4q John
• e,mu vqq
• tau vqq Patrice
• Width all channels (except tau!) John
• http://alephwww.cern.chhttp://cern.ch/aleph/aleph_general/analysis/WTF/algorithms/algorithms.htm  
5. W mass & width extraction
6. CR limit from data  ( Check consistency with Particle Flow paper)  
7. Systematics/checks
1. Detector simulation
http://alephwww.cern.chhttp://cern.ch/aleph/aleph_general/analysis/WTF/Conveners/ligabue/systools.html http://alephwww.cern.chhttp://cern.ch/aleph/aleph_general/analysis/WTF/Conveners/ligabue/syscomments.html
1. charged part tracking
2. e & µ
3. neutral eflows
4. shaking
5. tests with cone/pcuts on e & µ channels
6. tests with full simulation
7. jet energy corrections     Patrice     http://alephwww.cern.chhttp://cern.ch/aleph/aleph_general/analysis/WTF/Conveners/WWjet.html
8. jet angles update
2. Z-gamma (as test of jet, lepton reconstruction)
3. Fragmentation of W --> qq   John (review Jason's work) + ANO
4. Higher order MC 4f generators & Wev, ZZ bkgds    http://alephwww.cern.chhttp://cern.ch/aleph/aleph_general/analysis/WTF/MonteCarlo/mc_event_weights.htm
5. Backgrounds ( improvements in treatment of single W, ZZ, Wev...)
6. FSI-CR (cone, pcut studies on 4q comparing all MCs with data; lvqq - 4q comparison) we need more time to plan what is required
7. FSI-BE (use combined result from all LEP?) 
8. LEP energy (LEP working group input, corrections for references esp.. in yr2000)            
9. Procedures (effect of jet corrections, selection cuts in NN etc, binning, calibration curves, kin fit params, MC stats) Patrice & John to think!
8. Results
• Expected errors & Calibrations
• Error correlation matrix
9. Interpretation SM and SUSY