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2019-07-18
Monte Carlo study of a single SST-1M prototype for the Cherenkov Telescope Array
Jakub JurysekImen Al SamaraiCyril AlispachMatteo BalboAnastasia Maria BarbanoVasyl BeshleyAdrian BilandJiri BlazekJacek BłockiJerzy BorkowskiTomek BulikFrank Raphael CadouxLadislav ChytkaVictor CocoNicolas De AngelisDomenico Della VolpeYannick FavreTomasz GierasMira GrudzińskaPetr HamalMathieu HellerMiroslav HrabovskyJerzy KasperekKatarzyna KoncewiczAndrzej KotarbaEtienne LyardEmil MachDusan MandatStanislav MichalJerzy MichalowskiRafal ModerskiTeresa MontaruliAndrii NagaiDominik NeiseJacek NiemiecTheodore Rodrigue Njoh EkoumeMichal OstrowskiMiroslav PalatkaPawel PaskoMiroslav PechBartłomiej PilszykHenry PrzybilskiPawel RajdaYves RenierPaweł RozwadowskiPetr SchovanekK. SewerynVitalii SliusarDorota SmakulskaDorota SobczyńskaŁukasz StawarzJacek ŚwierblewskiPaweł ŚwierkPetr TravnicekIsaac Troyano PujadasRoland WalterMarek WiecekAleksander ZagdańskiKrzystof Zietara
文献摘要
The SST-1M telescope was developed as a prototype of a Small-Size-Telescope for the Cherenkov Telescope Array observatory and it has been extensively tested in Krakow since 2017. In this contribution we present validation of the Monte Carlo model of the prototype and expected performance in Krakow conditions. We focus on gamma/hadron separation and mono reconstruction of energy and gamma photon arrival direction using Machine learning methods.
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