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Software Collaboration Plans for FNAL Meeting on General Issues (19-20 October 2006)

This document outlines the software collaboration plans discussed during the FNAL meeting held on October 19-20, 2006. It addresses short-term and long-term strategies for collaborative efforts, including funding challenges, immediate goals for tracking in the VXD Barrel and TPC, and plans for physics studies such as jet-finding techniques and tracking performance studies. It also touches upon future developments like DCR timelines, LCIO conformance, and the coordination of efforts with Fermilab and partners for improved detector response and analysis of specific particle interactions.

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Software Collaboration Plans for FNAL Meeting on General Issues (19-20 October 2006)

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  1. Plans for Software 4th Concept Collaboration Meeting FNAL 19-20 October 2006

  2. General Issues • Two time frames to consider: • Short haul • Long haul • Collaborative Effort • Funding Issues

  3. The Very Short Haul • Valencia Meeting (two weeks) • Complete tracking in VXD Barrel + TPC • No digitization for VXD nor TPC • No muon reconstruction • Physics studies to present: • e+e- -> Zo -> uds (simple jet-finder) • e+e- -> HoZo -> Xm+m- (tracking resolution) • e+e- -> tt -> 6 jets (tracking performance) • Single particles: e+,m,p,p,Kshort, single jets • Beam background studies (in cooperation with SiD)

  4. The Semi- Short Haul • DCR (Dec. 10th or Jan. 2007 ?) • Complete tracking in VXD Endcaps • Digitization for VXD (should pick up one of the technology) • Some muon reconstruction • Physics studies to present: • More sofisticated jet-finder (Durham, Kt) • e+e- -> HoZo -> 2 jets, 4 jets • Hopefully c,b separation in jets

  5. The Long Haul • LCIO conformance • Collaboration with Fermilab • 4 peoples now for 1 month • D. Barbareschi for 5 months next year • More going on next year • Many thanks to Marcel for making it happen

  6. LCIO vs MONARC MC Generation  Energy Deposits in Detector MC Generation  Energy Deposits in Detector SDigitization  Detector response from single particle Digitization  Tracker Hits Digitization Detector response combined Pattern Recognition Recpoints Track Finding  Tracks Track Finding  Tracks Track Fitting  Track Parameters Track Fitting  Track Parameters

  7. Established Benchmark Processes

  8. e+e- -> W+W- -> Xqq

  9. Present Analyses • e+e- -> ZoHo -> qqbb Mjj only (no stress on VXD) • e+e- -> W+W- -> qqqq Mjj only (bkg only) We Need • e+e- -> ZoHo -> qqqq d(BR) for individual flavor • t reconstruction

  10. About muons • Muon resolution in MUD very good (Bangalore) • However, need to test muon reconstruction in jets (C. Milstene)

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