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SMARTHEP17-defs-deliverables.tex
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SMARTHEP17-defs-deliverables.tex
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%scientific deliverables only here
%%%%
%WP3
%%%%
\newcommand{ \deliverableWhitepaperStateOfTheArtWPThree}{3.1\xspace}
\newcommand{ \deliverableWhitepaperStateOfTheArtWPThreeMonth}{13} %milestone month 13
\newcommand{ \deliverableTriggerExperimentalSoftwareWPThree}{3.2\xspace}
\newcommand{ \deliverableTriggerExperimentalSoftwareWPThreeMonth}{31} %milestone month 25 or 26
%MILESTONE month 33
\newcommand{ \deliverableWhitepaperDevelopmentWPThree}{3.3\xspace} %whitepaper on ML techniques for RTA towards LHC Run-3
\newcommand{ \deliverableWhitepaperDevelopmentWPThreeMonth}{34} %whitepaper on ML techniques for RTA towards LHC Run-3
\newcommand{ \deliverableFinalWhitepaperWPThree}{3.3\xspace} %whitepaper on ML techniques for RTA towards LHC Run-3
\newcommand{ \deliverableFinalWhitepaperWPThreeMonth}{34} %whitepaper on ML techniques for RTA towards LHC Run-3
%%%%
%%WP4: Hybrid
%%%%
\newcommand{ \deliverableWhitepaperStateOfTheArtWPFour}{4.1\xspace}
\newcommand{ \deliverableWhitepaperStateOfTheArtWPFourMonth}{20} %milestone month 19
\newcommand{ \deliverableParallelization}{4.2\xspace} %ESR4: CERN and Reflexive toolkit to improve the efficiency of a simulation task for an investment strategy
\newcommand{ \deliverableParallelizationMonth}{25} %ESR4: CERN and Reflexive toolkit to improve the efficiency of a simulation task for an investment strategy
%software on CPU/GPU etc that can be tested with Run3 data
\newcommand{ \deliverableSoftwareDevelopmentWPFour}{4.4\xspace}
\newcommand{ \deliverableSoftwareDevelopmentWPFourMonth}{38} %milestone 36
\newcommand{ \deliverableParallelizationOptimizationWPFour}{4.4\xspace}
\newcommand{ \deliverableParallelizationOptimizationWPFourMonth}{38}
%final whitepaper on CPU/GPU etc
\newcommand{ \deliverableWhitepaperDevelopmentWPFour}{4.4\xspace}
\newcommand{ \deliverableWhitepaperDevelopmentWPFourMonth}{40} %milestone 39
%%%%
%%WP5: Hybrid
%%%%
%%WP5: Triggers and decision-making: need in before the second chunk of data
\newcommand{ \deliverableWhitepaperStateOfTheArtWPFive}{5.1\xspace}%milestone 13
\newcommand{ \deliverableWhitepaperStateOfTheArtWPFiveMonth}{14}
%\newcommand{ \deliverableWhitepaperApplicationWPFive}{5.2\xspace}
%
\newcommand{ \deliverableXimantisML}{5.2\xspace} %ESR1: Helsinki retraining of AI in Ximantis / together with hybrid ML
\newcommand{ \deliverableXimantisMLMonth}{36} %ESR1: Helsinki retraining of AI in Ximantis
\newcommand{ \deliverableXimantisHybrid}{5.2\xspace} %ESR11: Nikhef Ximantis hybrid
\newcommand{ \deliverableXimantisHybridMonth}{36} %ESR11: Nikhef Ximantis hybrid
\newcommand{ \deliverableTriggerExperimentalSoftwareWPFive}{5.3\xspace}
\newcommand{ \deliverableTriggerExperimentalSoftwareWPFiveMonth}{31}%milestone: 30
\newcommand{ \deliverableLogisticsOptimisation}{5.4\xspace} %ESR7: Point8
\newcommand{ \deliverableLogisticsOptimisationMonth}{29} %ESR7: Point8
\newcommand{ \deliverableWhitepaperCollectionPapersWPFive}{5.5\xspace}
\newcommand{ \deliverableWhitepaperCollectionPapersWPFiveMonth}{42} %milestone 40
%%WP6: Fully RTA-based and anomaly
\newcommand{ \deliverableWhitepaperStateOfTheArtWPSix}{6.1\xspace}
\newcommand{ \deliverableWhitepaperStateOfTheArtWPSixMonth}{17}
%\newcommand{ \deliverableWhitepaperApplicationWPFive}{5.2\xspace}
\newcommand{ \deliverableSoftwareWPSix}{6.2\xspace}
\newcommand{ \deliverableSoftwareWPSixMonth}{31\xspace}
\newcommand{ \deliverableRule}{6.3\xspace} %ESRx: IBM rule induction & anomaly detection
\newcommand{ \deliverableRuleMonth}{42} %ESRx: IBM rule induction but also ESRj
\newcommand{ \deliverableFleetmaticsMLMobile}{6.4\xspace} %ESR2: Helsinki putting Keras and Tensorflow on mobile phones
\newcommand{ \deliverableFleetmaticsMLMobileMonth}{42} %ESR2: Helsinki putting Keras and Tensorflow on mobile phones
\newcommand{ \deliverableDashboardCam}{6.4\xspace} %ESRm: Fleetmatics dashboard cam
\newcommand{ \deliverableDashboardCamMonth}{42} %ESRm: Fleetmatics dashboard cam
\newcommand{ \deliverableFleetmaticsMLWebLearning}{6.5\xspace} %ESR6: Paris using Spark for online web learning
\newcommand{ \deliverableFleetmaticsMLWebLearningMonth}{31} %ESR6: Paris using Spark for online web learning
%%Decide whether Lightbox can go in WP5?
\newcommand{ \deliverablePredictiveMaintenance}{6.2\xspace} %ESR3: UniGe toolkit for industrial predictive maintenance at LHC
\newcommand{ \deliverablePredictiveMaintenanceMonth}{31} %ESR3: UniGe toolkit for industrial predictive maintenance at LHC
%%MILESTONE?
\newcommand{ \deliverableWhitepaperCollectionPapersWPSix}{6.3\xspace}
\newcommand{ \deliverableWhitepaperCollectionPapersWPSixMonth}{42} %milestone 41
%
%Missing Lund
%WP6
\newcommand{ \deliverableNN}{6.8DELETEME\xspace} %ESR10: CNRS Vava's LFV with adversarial networks in strange decays, toolkit for time-ordered/non-time-ordered combination
\newcommand{ \deliverableNNMonth}{43DELETEME} %ESR10: CNRS Vava's LFV with adversarial networks in strange decays, toolkit for time-ordered/non-time-ordered combination
%ESR12: hybrid architectures, maybe something?
%ESR13: no industry
%ESR14: maybe IBM?
%\newcommand{ \deliverableWhitepaperCollectionWPSix}{6.9\xspace} %Whitepaper reporting on what has been done, just at the end
%%%%%%Old stuff
\newcommand{ \deliverableWhitepaperCollectionPapersWPThree}{3.4DELETEME\xspace}
\newcommand{ \deliverableLLPTrackingToolkit}{3.1DELETEME\xspace} %unige toolkit for LLP tracking at LHC in trigger
\newcommand{ \deliverableHEPPubLFVTrigger}{3.2DELETEME\xspace} %Johannes' and Teubert's LFV in flavored mesons
\newcommand{ \deliverableTechPubAdversarialFramework}{3.4DELETEME\xspace} %Vava's LFV with adversarial networks in strange decays
\newcommand{ \deliverableTechPubTimeOrderedSourcesFramework}{3.6DELETEME\xspace} %Vava and Nicolas's toolkit for for time-ordered/non-time-ordered, publication
\newcommand{ \deliverableHEPPubAdversarialLFV}{3.7DELETEME\xspace} %Vava and Nicolas's toolkit for adversarial example generation, pub
\newcommand{ \deliverableTechPubMLForOptimisation}{3.8DELETEME\xspace} %nikhef's optimisation of triggers,publication
\newcommand{ \deliverableTriggerOptToolkit}{3.9DELETEME\xspace} %toolkit for optimisation of triggers\
\newcommand{ \deliverableCMSHLTDNNJEC}{3.10DELETEME\xspace} %toolkit for determining HLT JEC using DNNs at CMS
\newcommand{ \deliverableHEPPubCMSHLTDNNJEC}{3.11DELETEME\xspace} %publication linked to toolkit for determining HLT JEC using DNNs at CMS
\newcommand{ \deliverableCMSHLTGeneralPurposeScouting}{3.12DELETEME\xspace} %enable general purpose scouting dataset, supplemented with heavy object/flavor tagging information
\newcommand{ \deliverableHEPPubPileupNoiseCaloFTK}{3.13DELETEME\xspace} %Pavel's publication on pileup
\newcommand{ \deliverableTechPubLLPGPU}{4.1DELETEME\xspace} %physics and detector publications (HEP) on tracking on GPUs
\newcommand{ \deliverableTechPubMultithreaded}{4.2DELETEME\xspace} %technical publications (interdisciplinary) - Brian's
\newcommand{ \deliverableHEPPubATLASFTK}{4.3DELETEME\xspace} %physics and detector publications (HEP) - Francesco's documentation of pattern banks
\newcommand{ \deliverableToolkitTrainingFTK}{4.4DELETEME\xspace} %Francesco's toolkit for optimisation of FTK pattern bank making
\newcommand{ \deliverableToolkitHybrid}{4.5DELETEME\xspace} %Lionel's technical hybrid architectures paper
\newcommand{ \deliverableTechPubHybrid}{4.6DELETEME\xspace} %Lionel's technical hybrid architectures paper
\newcommand{ \deliverableHEPPubHybrid}{4.7DELETEME\xspace} %Lionel's HEP publication for ATLAS and LHCb
\newcommand{ \deliverableHEPPubLLP}{5.1DELETEME\xspace} %physics and detector publications (HEP) on tracking on GPUs in UniGe
\newcommand{ \deliverableHEPPubLFVReco}{5.2DELETEME\xspace} %Teubert's LFV reco for low-pT objects
\newcommand{ \deliverableHEPPubLFVFlavored}{5.3DELETEME\xspace} %Teubert's LFV in flavored mesons
\newcommand{ \deliverableHEPPubLFVUnflavored}{5.4DELETEME\xspace} %Johannes's LFV in unflavored mesons
\newcommand{ \deliverableHEPPubLFV}{5.5DELETEME\xspace} %physics and detector publications (HEP), tau to muon+photon in Nikhef
\newcommand{ \deliverableHEPPubLFVATLAS}{5.6DELETEME\xspace} %physics and detector publications (HEP), tau to muon+photon in Nikhef
\newcommand{ \deliverableHEPPubATLASTLAFTK}{5.7DELETEME\xspace} %physics and detector publications (HEP) - Francesco and Bogdan's TLA with FTK
\newcommand{ \deliverableHEPPubATLASTLAMultijet}{5.8DELETEME\xspace} %physics and detector publications (HEP) - Pavel's TLA with FTK
\newcommand{ \deliverableHEPPubALICETPC}{5.9DELETEME\xspace} %Peter's TPC technical paper
\newcommand{ \deliverableHEPPubALICEPhysics}{5.10DELETEME\xspace} %ALICE measurement
\newcommand{ \deliverableHEPPubCMSDijet}{5.10DELETEME\xspace} %CMS dijet resonance search across full mjj-range
\newcommand{ \deliverableHEPPubCMSBoosted}{5.11DELETEME\xspace} %CMS H->bb and Z-> bb publication
\newcommand{ \deliverableAdversarialFramework}{3.3DELETEME\xspace} %ESR10: CNRS Vava's LFV with adversarial networks in strange decays
\newcommand{ \deliverableTimeOrderedSourcesFramework}{3.5DELETEME\xspace} %ESR11: CNRS Vava and Nicolas's toolkit for time-ordered/non-time-ordered combination,