Abstract After upgrade of the LHCb experiment in 2020, the Data Acquisition (DAQ) system will require a 500 nodes network with 100 Gb/s each of bandwidth to handle the data coming of the detector. Currently, DAQPIPE (Data Acquisition Protocol Independent Performance Evaluator) is being used to simulate and evaluate the performance of such a DAQ system on existing hardware. This project, Integrating Htopml into DAQPIPE, is divided in two stages: the goal of the first stage is to extend Htopml, a profiling tool for DAQPIPE, enabling to monitor new features of DAQPIPE for deeper analysis; and the goal of the second stage is to enable the dynamic modification of parameters in DAQPIPE through its modification in Htopml
The LHCb experiment will undergo a major upgrade during the second long shutdown (2018–2019), aiming...
For Run III (2021 onwards) of the LHC, LHCb will take data at an instantaneous luminosity of $2 \tim...
The Data Acquisition (DAQ) of the LHCb experiment[1] will be upgraded in 2020 to a high-bandwidth tr...
In 2020 the Data Acquisition (DAQ) of the LHCb experiment will be updated to feature a trigger-free ...
The Data Acquisition (DAQ) system of LHCb is a complex real-time system. It will be upgraded to prov...
Project Specification The experiments at CERN generate mountainous amounts of data. In the first ru...
LHCb will have an upgrade of its detector in 2018. After the upgrade, the LHCb experiment will run a...
The LHCb High Level Trigger and Data Acquisition system selects about 2 kHz of events out of the 1 M...
LHCb will have an upgrade of its detector in 2018. After the upgrade, the LHCb experiment will run a...
The ATLAS experiment Data Acquisition (DAQ) system will face an extensive upgrade to fully exploit t...
The data acquisition system (DAQ) of the CMS experiment at the CERN Large Hadron Collider (LHC) asse...
The proposed upgrade for the LHCb experiment envisages a system of 500 Data sources each generating ...
The LHCb experiment is the most recently approved of the 4 experiments under construction at CERN's ...
Abstract—The data acquisition (DAQ) system of the CMS experiment at the CERN Large Hadron Collider a...
The LHCb readout uses a set of 320 FPGA based boards as interface between the on-detector hardware a...
The LHCb experiment will undergo a major upgrade during the second long shutdown (2018–2019), aiming...
For Run III (2021 onwards) of the LHC, LHCb will take data at an instantaneous luminosity of $2 \tim...
The Data Acquisition (DAQ) of the LHCb experiment[1] will be upgraded in 2020 to a high-bandwidth tr...
In 2020 the Data Acquisition (DAQ) of the LHCb experiment will be updated to feature a trigger-free ...
The Data Acquisition (DAQ) system of LHCb is a complex real-time system. It will be upgraded to prov...
Project Specification The experiments at CERN generate mountainous amounts of data. In the first ru...
LHCb will have an upgrade of its detector in 2018. After the upgrade, the LHCb experiment will run a...
The LHCb High Level Trigger and Data Acquisition system selects about 2 kHz of events out of the 1 M...
LHCb will have an upgrade of its detector in 2018. After the upgrade, the LHCb experiment will run a...
The ATLAS experiment Data Acquisition (DAQ) system will face an extensive upgrade to fully exploit t...
The data acquisition system (DAQ) of the CMS experiment at the CERN Large Hadron Collider (LHC) asse...
The proposed upgrade for the LHCb experiment envisages a system of 500 Data sources each generating ...
The LHCb experiment is the most recently approved of the 4 experiments under construction at CERN's ...
Abstract—The data acquisition (DAQ) system of the CMS experiment at the CERN Large Hadron Collider a...
The LHCb readout uses a set of 320 FPGA based boards as interface between the on-detector hardware a...
The LHCb experiment will undergo a major upgrade during the second long shutdown (2018–2019), aiming...
For Run III (2021 onwards) of the LHC, LHCb will take data at an instantaneous luminosity of $2 \tim...
The Data Acquisition (DAQ) of the LHCb experiment[1] will be upgraded in 2020 to a high-bandwidth tr...