Speaker
Shogo Manita
(Nagoya University)
Description
In the ATLAS experiment at HL-LHC, the first-level muon trigger will be redesigned to suppress the trigger rate in the high pileup environment. In the endcap region, the hit signals from thin gap chamber (TGC) are processed in XCVU13P FPGA and muon track is reconstructed. In order to suppress the trigger for particles not originating from the interaction point, the new algorithm exploits the upgraded TGC detectors in the inner station (TGC EIL4). I present the design and the validation results for the TGC EIL4 firmware.
