Reconstruction, Trigger, and Machine Learning for the HL-LHC

America/New_York
MIT
J Michael Williams (Massachusetts Inst. of Technology (US)), Markus Klute (Massachusetts Inst. of Technology (US)), Philip Coleman Harris (Massachusetts Inst. of Technology (US))
Description

Recent developments in machine learning (ML) are rapidly changing physics reconstruction algorithms. These are leading to better-performing algorithms with faster computation times. In this workshop, we investigate both hardware and algorithmic ML approaches to speed up inference in data acquisition, focusing on the HL-LHC trigger upgrade, along with the potential to further compress the event information to produce smaller data samples.

The goal of this workshop is to develop cross-experiment collaborations to work on common problems that will be faced by HL-LHC experiments. Beyond this, we hope to build collaborations between the HEP and the CS communities. The irregular 3-D geometries of HEP detectors, their heterogeneity, and the extremely small latencies provide unique and interesting data science challenges. Conversely, we have excellent models of how particles behave in our detectors, and excellent simulations of these detectors, which makes obtaining vast training samples possible. By building HEP-CS collaborations, we hope that HEP data sets can be used for cutting-edge ML research, providing benefits to both communities.

 

All talks will be in the Kolker Room in Building 26 (26-414).  See the MIT campus map. The Kolker room is on the 4th floor. 

Videoconference Rooms
Reconstruction__Trigger__and_Machine_Learning_for_the_HL-LHC
Name
Reconstruction__Trigger__and_Machine_Learning_for_the_HL-LHC
Description
Workshop on Reco and Trigger for the HL-LHC
Extension
10714134
Owner
Markus Klute
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