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Book of Abstracts Ii Contents CHEP 2016 Conference, San Francisco, October 8-14, 2016 Monday, 10 October 2016 - Friday, 14 October 2016 San Francisco Marriott Marquis Book of Abstracts ii Contents Experiment Management System for the SND Detector 0 .................. 1 Reconstruction software of the silicon tracker of DAMPE mission 2 ............ 1 HEPData - a repository for high energy physics data exploration 3 ............. 2 Reconstruction of Micropattern Detector Signals using Convolutional Neural Networks 4 3 Federated data storage system prototype for LHC experiments and data intensive science 6 ................................................ 3 BelleII@home: Integrate volunteer computing resources into DIRAC in a secure way 7 . 4 Reconstruction and calibration of MRPC endcap TOF of BESIII 8 .............. 5 RootJS: Node.js Bindings for ROOT 6 9 ............................ 6 C++ Software Quality in the ATLAS experiment: Tools and Experience 10 . 6 An automated meta-monitoring mobile application and frontend interface for the WLCG computing model 11 ..................................... 7 Experience of Google’s latest Deep Learning library, TensorFlow, with Docker in a WLCG cluster 12 ........................................... 8 Flexible online monitoring for high-energy physics with Pyrame 13 ............ 8 Simulation of orientational coherent effects via Geant4 14 .................. 9 Detector control system for the AFP detector in ATLAS experiment at CERN 15 . 10 The InfiniBand based Event Builder implementation for the LHCb upgrade16 . 11 JavaScript ROOT v4 17 ..................................... 12 The evolution of monitoring system: the INFN-CNAF case study18 . 13 Statistical and Data Analysis Package in SWIFT 19 ...................... 13 Analysis Tools in Geant4 10.2 20 ................................ 14 Online & Offline Storage and Processing for the upcoming European XFEL Experiments 21 15 Future approach to tier-0 extension 22 ............................. 15 iii Internal security consulting, reviews and penetration testing at CERN 23 . 16 Web technology detection - for asset inventory and vulnerability management 24 . 16 Integrating Containers in the CERN Private Cloud 25 .................... 17 CERN Computing in Commercial Clouds 26 .......................... 18 Real-time complex event processing for cloud resources 27 . 18 Benchmarking cloud resources 28 ............................... 19 RapidIO as a multi-purpose interconnect 29 .......................... 20 Evolution of CERN Print Services 30 .............................. 20 Windows Terminal Server Orchestration 31 .......................... 21 Update on CERN Search based on SharePoint 2013 33 .................... 21 First experience with the new .CERN top level domain 34 . 22 Flash is Dead. Finally. 35 .................................... 22 Access to WLCG resources: The X509-free pilot 36 ...................... 23 Deploying FTS with Docker Swarm and Openstack Magnum 37 . 24 DNS Load Balancing in the CERN Cloud 38 .......................... 24 Customization of the general fitting tool genfit2 in PandaRoot 39 . 25 A world-wide databridge supported by a commercial cloud provider 40 . 26 DPM Evolution: a Disk Operations Management Engine for DPM 41 . 27 Making the most of cloud storage - a toolkit for exploitation by WLCG experiments. 42 . 27 EOS Cross Tier Federation 43 .................................. 28 EOS Developments 44 ...................................... 28 Using HEP Computing Tools, Grid and Supercomputers for Genome Sequencing Studies 45 ............................................... 29 Support Vector Machines in HEP 46 .............................. 30 Production Management System for AMS Remote Computing Centers 48 . 31 Evolution of Monitoring System for AMS Science Operation Center 49 . 31 Storage Strategy of AMS Science Data at Science Operation Center at CERN 50 . 32 AMS Data Production Facilities at Science Operation Center at CERN 51 . 33 Context-aware distributed cloud computing using CloudScheduler 52 . 33 XrootdFS, a posix file system for XrootD 53 .......................... 34 iv Research and application of OpenStack in Chinese Spallation Neutron Source Computing environment 54 ....................................... 34 Next Generation high performance, multi-dimensional scalable data transfer 55 . 35 Globally Distributed Software Defined Storage 56 ...................... 36 An efficient, modular and simple tape archiving solution for LHC Run-357 . 36 Data Center Environmental Sensor for safeguarding the CERN Data Archive 58 . 37 PaaS for web applications with OpenShift Origin 59 ..................... 38 40-Gbps Data-Acquisition System for NectarCAM, a camera for the Medium Size Tele- scopes of the Cherenkov Telescope Array 60 ....................... 38 Model-independent partial wave analysis using a massively-parallel fitting framework 61 39 CERN openlab Researched Technologies That Might Become Game Changers in Software Development 62 ....................................... 40 CERN openlab Knowledge Transfer and Innovation Projects 64 . 40 CERN data services for LHC computing 66 .......................... 41 CERN AFS Replacement project 67 ............................... 41 From Physics to industry: EOS outside HEP 68 ........................ 42 Big Data Analytics for the Future Circular Collider Reliability and Availability Studies 69 42 CERNBox: the data hub for data analysis 70 .......................... 43 Tape SCSI monitoring and encryption at CERN 71 ...................... 44 Wi-Fi service enhancement at CERN 72 ............................ 44 A graphical performance analysis and exploration tool for Linux-perf 73 . 45 The role of dedicated computing centers in the age of cloud computing 74 . 45 Next Generation Monitoring 75 ................................. 46 The merit of data processing application elasticity 76 ..................... 47 Identifying memory allocation patterns in HEP software 77 . 48 Finding unused memory allocations with FOM-tools 78 ................... 48 SDN-NGenIA A Software Defined Next Generation integrated Architecture for HEPand Data Intensive Science 79 .................................. 49 A Comparison of Deep Learning Architectures with GPU Acceleration and Their Applica- tions 80 ............................................ 50 CERN’s Ceph infrastructure: OpenStack, NFS, CVMFS, CASTOR, and more! 81 . 51 LHCb Kalman Filter cross architectures studies 82 ...................... 51 v Unified Monitoring Architecture for IT and Grid Services 83 . 52 Development of DAQ Software for CULTASK Experiment 84 . 53 The new ATLAS Fast Calorimeter Simulation 85 ....................... 54 ATLAS computing on Swiss Cloud SWITCHengines 86 ................... 55 Global EOS: exploring the 300-ms-latency region 87 ..................... 55 ATLAS and LHC computing on CRAY 88 ........................... 56 Analysis of empty ATLAS pilot jobs and subsequent resource usage on grid sites 89 . 56 The ATLAS computing challenge for HL-LHC 90 ....................... 57 Networks in ATLAS 91 ..................................... 58 Production Experience with the ATLAS Event Service 92 . 58 Computing shifts to monitor ATLAS distributed computing infrastructure and operations 93 ............................................... 59 Consolidation of Cloud Computing in ATLAS 95 ....................... 60 Giving pandas ROOT to chew on: experiences with the XENON1T Dark Matter experiment 96 ............................................... 61 Advancing data management and analysis in different scientific disciplines 97 . 62 Interfacing HTCondor-CE with OpenStack 98 ........................ 62 PODIO - Applying plain-old-data for defining physics data models 100 . 63 Distributed Metadata Management of Mass Storage System in High Energy of Physics 102 64 SCEAPI: A Unified Restful Web APIs for High-Performance Computing 103 . 65 Message Queues for Online Reconstruction on the Example of the PANDA Experiment 104 65 XROOT development update - support for metalinks and extreme copy 106 . 66 The DAQ system for the AEgIS experiment 107 ........................ 67 The Muon Ionization Cooling Experiment Analysis User Software 108 . 67 The future of academic computing security 109 ........................ 68 Optimizing ROOT’s Performance Using C++ Modules 110 . 68 Enabling Federated Access for HEP 111 ............................ 69 Full and Fast Simulation Framework for the Future Circular Collider Studies 112 . 70 FPGA based data processing in the ALICE High-Level Trigger in LHC Run 2 113 . 71 Events visualisation in ALICE - current status and strategy for Run 3 114 . 72 vi Kalman filter tracking on parallel architectures 115 ...................... 72 Performance of the CMS Event Builder 116 .......................... 73 An interactive and comprehensive working environment for high-energy physics software with Python and jupyter notebooks 117 .......................... 74 SND DAQ system evolution 118 ................................ 75 Using ALFA for high throughput, distributed data transmission in ALICE O2 system 119 76 Design of the data quality control system for the ALICE O2 120 . 76 A performance study of WebDav access to storages within the Belle II collaboration. 121 77 A lightweight federation of the Belle II storages through dynafed 122 . 78 Integration of Oracle and Hadoop: hybrid databases affordable at scale 123 . 78 The ATLAS Production System Evolution. New Data Processing and Analysis Paradigm for the LHC Run2 and High-Luminosity 124 ......................
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