Add to ORKGThe performance of jet finding using only charged tracks in CMS has been investigated. Different jet algorithms have been applied to QCD di-jet events, to hadronic $t\overline{t}$ multi-jet events and on Z+jets events. Results using jets made with tracks only or calorimeter towers are compared for energy response, angular resolution and jet matching to the leading partons. The jet reconstruction performance in the presence of pile-up interactions is presented for the Z+jets sample
We present the techniques adopted by CMS to measure the jet energy response and resolutions. Results...
A summary of the measurements of the jet energy calibration and missing transverse energy calibratio...
The determination of the jet energy calibration in CMS is presented. In-situ measurements are perfor...
The performance of jet finding using only charged tracks in CMS has been investigated. Different jet...
We present an algorithm to determine the energy of jets using the CMS calorimeter and tracker. The r...
The jet reconstruction algorithms and calibration techniques implemented in the CMS reconstruction s...
The performance of a jet-energy-correction algorithm using reconstructed charged particle tracks is ...
A jet reconstruction algorithm is developed for events with a high particle density in the calorimet...
In the following, we report on the techniques adopted by the CMS experiment to measure jets and on s...
We report on the performance of jet reconstruction in CMS during the LHC Run 2. The jet energy scale...
We report on the current simulation studies regarding the reconstruction of Jets and Missing Transve...
We present the energy corrections, the transverse momentum resolution, and the energy scale uncertai...
In all top quark processes the reconstruction of jets is essential. This presentation should overvie...
The reconstruction and calibration of jets relies critically on the interplay between the tracking d...
The calibration and reconstruction of jets critically relies on the performance of the calorimeters....
We present the techniques adopted by CMS to measure the jet energy response and resolutions. Results...
A summary of the measurements of the jet energy calibration and missing transverse energy calibratio...
The determination of the jet energy calibration in CMS is presented. In-situ measurements are perfor...
The performance of jet finding using only charged tracks in CMS has been investigated. Different jet...
We present an algorithm to determine the energy of jets using the CMS calorimeter and tracker. The r...
The jet reconstruction algorithms and calibration techniques implemented in the CMS reconstruction s...
The performance of a jet-energy-correction algorithm using reconstructed charged particle tracks is ...
A jet reconstruction algorithm is developed for events with a high particle density in the calorimet...
In the following, we report on the techniques adopted by the CMS experiment to measure jets and on s...
We report on the performance of jet reconstruction in CMS during the LHC Run 2. The jet energy scale...
We report on the current simulation studies regarding the reconstruction of Jets and Missing Transve...
We present the energy corrections, the transverse momentum resolution, and the energy scale uncertai...
In all top quark processes the reconstruction of jets is essential. This presentation should overvie...
The reconstruction and calibration of jets relies critically on the interplay between the tracking d...
The calibration and reconstruction of jets critically relies on the performance of the calorimeters....
We present the techniques adopted by CMS to measure the jet energy response and resolutions. Results...
A summary of the measurements of the jet energy calibration and missing transverse energy calibratio...
The determination of the jet energy calibration in CMS is presented. In-situ measurements are perfor...