Detector simulation - PowerPoint PPT Presentation

The ECFA Detector R&D Roadmap outlines collaborative efforts in particle physics research, focusing on high-field magnets, muon beams, and more. Task Forces are coordinating community consultations for future experimental programs, with a goal to fulfill strategic needs identified by the ESPP update

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This proposal outlines the mechanical design considerations for the NNbar Annihilation Detector, highlighting practical concerns and proposed changes to the baseline design. Topics cover the structure support, component weights, installation challenges, and optimizations for improved detector perfor

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The U.S. Army Modeling and Simulation Office (AMSO) serves as the lead activity in developing strategy and policy for the Army Modeling and Simulation Enterprise. It focuses on effective governance, resource management, coordination across various community areas, and training the Army Analysis, Mod

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This content provides detailed information on detector nomenclature, parts, and a proposed segmentation system for advanced spectrometers. It includes visuals and explanations of ring, septant, coil, and segment identification within the detector, offering insights into the intricate workings of spe

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Monte Carlo simulation is a stochastic technique that uses random numbers and probability statistics to investigate and solve problems. In the context of transport simulation, a Monte Carlo program simulates the passage of particles through matter, involving geometry, transport, visualization, detec

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This content provides insights into CPSC 531: System Modeling and Simulation course, covering topics such as performance evaluation, simulation modeling, and terminology in system modeling. It emphasizes the importance of developing simulation programs, advantages of simulation, and key concepts lik

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Closeout report detailing the progress of the Incremental Preliminary Design and Safety Review of the EIC Detector DAQ and Electronics, along with the Final Design Review of Electronics Components for the ePIC Detector. The report includes responses to charge questions, panel reviews, comments, reco

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Physics goals for neutrino detectors in the NuStorm project include measuring exclusive neutrino cross sections, supporting long baseline programs, searching for sterile neutrinos, and improving measurements. Detector requirements involve reconstructing neutrino interactions, providing charge and pa

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Research conducted at IMB-CNM in collaboration with RD50 (CERN) focused on optimizing LGAD detectors through TCAD simulations. The project delved into simulation procedures, basic detector technologies, process technology, radiation hardness enhancement, HGTD and CT-PPS simulation, and conclusions d

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Basin Manipulation Simulation Analysis Tool provides a comprehensive solution for managing and analyzing basin data, including tasks like basin manipulation, simulation analysis, case management, and defining simulation time steps. The tool allows for easy data entry, visualization of simulation res

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Explore the process of obtaining the Cherenkov ring radius using Circular Hough Transform in a modular rich detector simulation. The study, conducted by Cheuk-Ping Wong from Georgia State University, delves into Monte Carlo results, ring finder algorithms, event displays, and radius distributions in

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Computer simulation and modeling is essential for conducting studies in various fields. Selecting the right simulation language or package is crucial for accurate results. This involves considering the characteristics of the language, such as random number generation, process transformers, list proc

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The Detector Technology Group focuses on R&D for detector technology, setting schedules to make progress. Discussions include short-term approaches for describing detectors, collaboration participation, and decision-making. Activities at CERN and Fermilab are reviewed to address any missing R&D area

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Comprehensive characterization of an n-type Segmented Inverted Coaxial Point Contact (ICPC) detector by Heather Crawford at the AGATA-GRETINA collaboration meeting. The study focuses on energy resolution, drift time corrections, azimuthal angle and full position reconstruction, along with in-beam ch

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Exploring the development of detector systems for Electron-Ion Colliders (EIC) involves addressing various issues such as detector acceptance for low Q2 and high Q2, unique beam characteristics, and the need for specialized components like bend magnets and polarimeters. Key considerations include po

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This course introduces students to event-oriented simulation, building virtual models, and validating designs through simulation. It covers the importance of simulation in testing and refining designs before implementation. Examples include simulating VLSI networks and exploring the use of discrete-

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Fragmentation and hadronization differences in heavy flavor mesons compared to light mesons due to their stronger interaction with nuclear matter are explored in this study. The use of inclusive measurements at EicC is expected to provide insights into initial and final state effects in heavy ion co

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Introduction to analyzing hit and occupancy rates from different particle sources in the SIDIS He3 experiment. Explore the simulation data to determine event rates based on detector channels. Examples include pi0 sources and eDIS from the target. Various occupancy cuts are applied, and thresholds ar

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Implementing full streaming readout with proposed sub-detector technologies and DAQ system concept poses challenges including proper data alignment, risks of data loss, and background noise affecting data rates. The transition point for electronic components from detector-specific to common solution

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Simulation studies in Stata involve using (pseudo) random numbers to generate data from a distribution for studying statistical methods. This process helps to evaluate different scenarios and understand the properties of statistical techniques. Key components like ADEMP (Aims, Data-generating mechan

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The document presents simulation results for an LC-optimized PHY proposal for TGbb based on G.9991 PHY. It includes details on the simulation setup, frame detection results, header modulation, coding simulation results, payload modulation, and coding simulation results. The setup involved various re

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A detailed exploration of Monte Carlo simulations for GEM-based neutron detectors, investigating their detection efficiency and performance characteristics. Various detector designs and concepts, including multi-layer converters and GEM detectors, are discussed, along with simulation results on sign

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The Electron-Ion Collider ePIC experiment focuses on the performance studies of the dRICH detector for particle identification crucial in various physics channels. The detector features aerogel optimization, SiPM sensors, and test-beam analyses. Key capabilities include different techniques for part

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Installing a robot-mounted detector on the DIAD beamline for the 2021 MOCRAF Workshop at the ICALEPCS conference. The robot arm holds a diffraction detector for dual imaging and diffraction purposes, ensuring safety for personnel, equipment, and integration into EPICS and GDA systems. Functionality

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The SiD Workshop at the University of Oregon in November 2010 focused on the Summary of DBD Planning by Andy White. Key points covered included the timeline from Fall 2007 to End 2012, the Detailed Baseline Design DBD with nine crucial points, guidance for DBD presenters, and the importance of final

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The focus is on optimizing the ILD detector for the ILC project to strengthen the physics case, demonstrate performance, and show complementarity with other projects like LHC. Goals include making the science case robust, defining a cost-effective ILD detector, and delivering key results. Deliverabl

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This article discusses the evolution of the detector module design for CORELLI at SNS, detailing the challenges faced, working solutions, and the unique features of the Corelli instrument. From outlining the talk to the instrument layout and detector array specifications, the advancements in detecto

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Explore the world of distributed simulation with NS-3 as presented in "Distributed Simulation with NS-3" by Ken Renard from the US Army Research Lab. Get insights into the application of NS-3 in creating advanced simulations for military research and beyond. Dive into the details of distributed simu

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Predictive modeling of data storage and processing centers at the BM@N detector involves a probabilistic simulation approach to optimize detector geometry. By simulating information processes as byte streams and determining probabilities of data loss, the study aims to identify hardware configuratio

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In the L0 performance simulation scenario presented, the alignment of primitives from detectors within timeslots plays a crucial role in enhancing trigger efficiency. Timeslot width expansion to accommodate measurement errors and the impact of detector primitive alignment on resolution are discussed

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Center for Medical Simulation's program focuses on improving teamwork in operating rooms to enhance patient safety. The initiative aims to train interprofessional teams using simulation as a medium, positively influencing the OR's working culture. Supported by an insurance incentive from Harvard CRI

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Refactoring the LArG4 module includes separating simulation from digitization and detector response, optimizing CPU and memory efficiency, accessing physics lists, and improving simulation capabilities. The refactored SimDriftElectrons module enhances simulation features. Explore the physics use and

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This study explores the response of a PICOSEC-MicroMegas detector to single photoelectrons under various drift field conditions. The chamber is filled with COMPASS gas (80% Ne, 10% CF4, 10% C2H6). The timing effects observed in the detector are analyzed through data-driven simulations, shedding ligh

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The Dynamics and Real-Time Simulation (DARTS) Laboratory is developing an exemplar simulation executive for their 2023 course. The simulation aims to create a dynamic vehicle assembly, set up data logging, run simulations in real-time, and render related models. The project outlines requirements, go

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This project outlines the design requirements for the Jinping Underground Neutrino Experiment, focusing on physics requirements, detector concepts, target mass considerations, and major detector components. The experiment aims for a fiducial mass greater than 1Kt with an energy range of 0.1MeV to 10

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Explore a comprehensive agenda covering various aspects of accelerator-rich architecture, from standalone simulation to FPGA prototyping. Key topics include Aladdin simulation, High-Level Synthesis (HLS) generation, PARADE architecture simulation, gem5-Aladdin SoC simulation, and more. Join the disc

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Explore the simulation and performance study of the advanced EicC vertex tracking detector, including new tracker designs, material budget analysis, tracking efficiency assessment, and study of hit requirements. Dive into cutting-edge research in particle physics instrumentation.

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Explore the simulation update for the coexistence of IEEE 802.15.4g and IEEE 802.11ah in the September 2024 document. The study focuses on smart utility use cases, presenting simulation parameters, performance metrics, and the background of the study. Dive into the details of simulation models, depl

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Explore the utilization of simulation tools and eRHIC detector geometry for EIC VMP studies and GPD studies with exclusive mesons. Discover the BeAST main detector geometry, EicRoot framework, available functionality, and simulation usage options for comprehensive insights into experimental physics

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Explore the Dynamics and Real-Time Simulation (DARTS) Laboratory's run-time data access, simulation objects, DVar documentation, and the importance of the DVar layer in providing standardized access to rich data for simulation objects. Discover the significance of this layer in decoupling services f

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