During the current LHC shutdown period the ATLAS experiment will upgrade the Trigger and Data Acquisition system to include a hardware tracker coprocessor: the Fast TracKer (FTK). The FTK receives data from the 80 million of channels of the ATLAS silicon detector, identifying charged tracks and reconstructing their parameters at a rate of up to 100 KHz and within 100 microseconds. To achieve this performance, the FTK system identifies candidate tracks utilizing the computing power of a custom ASIC chip with associative memory (AM) designed to perform “pattern matching” at very high speed; track parameters are then calculated using modern FPGAs. A detailed simulation of this massive system has been developed with the goal of supporting the h...
An overview of the ATLAS Fast Tracker processor is presented, reporting the design of the system, it...
The trigger system of the ATLAS experiment is designed to reduce the event rate from the LHC nominal...
The trigger system at the ATLAS experiment is designed to lower the event rate occurring from the no...
AbstractDuring the current LHC shutdown period the ATLAS experiment will upgrade the Trigger and Dat...
The design and studies of the performance for the ATLAS hardware Fast TracKer (FTK) are presented. T...
The trigger system of the ATLAS experiment is designed to reduce the event rate from the LHC nominal...
In the ever increasing pile-up LHC environment advanced techniques of analysing the data are impleme...
The trigger system of the ATLAS experiment is designed to reduce the event rate from the LHC nominal...
Abstract: The ATLAS Fast TracKer (FTK) was designed to provide full tracking for the ATLAS high-leve...
The ATLAS Fast TracKer (FTK) was designed to provide full tracking for the ATLAS high-level trigger ...
An overview of the ATLAS Fast Tracker processor is presented, reporting the design of the system, it...
The trigger system of the ATLAS experiment is designed to reduce the event rate from the LHC nominal...
The trigger system at the ATLAS experiment is designed to lower the event rate occurring from the no...
AbstractDuring the current LHC shutdown period the ATLAS experiment will upgrade the Trigger and Dat...
The design and studies of the performance for the ATLAS hardware Fast TracKer (FTK) are presented. T...
The trigger system of the ATLAS experiment is designed to reduce the event rate from the LHC nominal...
In the ever increasing pile-up LHC environment advanced techniques of analysing the data are impleme...
The trigger system of the ATLAS experiment is designed to reduce the event rate from the LHC nominal...
Abstract: The ATLAS Fast TracKer (FTK) was designed to provide full tracking for the ATLAS high-leve...
The ATLAS Fast TracKer (FTK) was designed to provide full tracking for the ATLAS high-level trigger ...
An overview of the ATLAS Fast Tracker processor is presented, reporting the design of the system, it...
The trigger system of the ATLAS experiment is designed to reduce the event rate from the LHC nominal...
The trigger system at the ATLAS experiment is designed to lower the event rate occurring from the no...