This thesis presents innovative contributions to the CMS experiment
in the new trigger system for the restart of the LHC collisions in
Run II, as well as original analysis methods and important results
that led to official publications of the Collaboration. The
author's novel reconstruction algorithms, deployed on the
Field-Programmable Gate Arrays of the new CMS trigger architecture,
have brought a gain of over a factor 2 in efficiency for the
identification of tau leptons, with a very significant impact on
important H boson measurements, such as its decays to tau lepton
pairs and the search for H boson pair production. He also describes
a novel analysis of HH bb tautau, a high priority physics topic in
a difficult channel. The original strategy, optimisation of event
categories, and the control of the background have made the result
one of the most sensitive concerning the self-coupling of the Higgs
boson among all possible channels at the LHC.
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