Presentation materials
The large research infrastructure project “Multifunctional Information and Computing Complex (MICC) of JINR” is an integral part of the Seven-Year Plan for the development of JINR for 2024-2030. A large research infrastructure project is justified and timely, given the decisive importance of the continuous development of the information and computing infrastructure, which will allow JINR to...
Quantum many-body control is among most challenging problems in the field of quantum technologies, yet it is absolutely essential for further developments of this vast field. In this work, we propose a novel approach for solving control problems for many-body quantum systems. The key feature of our approach is the ability to run tens of thousands of iterations of a gradient-based optimization...
Status of MPDROOT framework for current and future tasks of MPD experiment is considered. Also the experience of using interware DIRAC for mass production and reconstruction of simulated data for MPD experiment is reviewed.
As in other large particle collision experiments, the topic of distributed event processing and computing is extremely relevant in the BM@N experiment, the first ongoing experiment of the NICA project due to the heavy data flow, the sequential processing of which would take hundreds of years. Only in the last Run of the BM@N experiment about half a petabyte of raw data was collected, and when...
The SPD (Spin Physics Detector) is a planned spin physics experiment in the second interaction point of the NICA collider that is under construction at JINR. The main goal of the experiment is the test of basics of QCD via the study of the polarized structure of the nucleon and spin-related phenomena in the collision of longitudinally and transversely polarized protons and deuterons at the...
Since many years, the Worldwide LHC Computing Grid (WLCG) has provided
the distributed computing infrastructure for the CERN Large Hadron Collider
experiments. During that time, it has seen steady evolution in technologies
as well as growth, to deal with ever increasing data rates. Those trends
need to be made to continue, to allow the WLCG to take on High-Luminosity
LHC data volumes as...
The JINR grid infrastructure was created at the Meshcheryakov Laboratory of Information Technologies and successfully developed from year to year in accordance with the rapid development of information technologies, computing equipment and computing technologies, satisfying user needs. Thus, the participation of JINR scientists in the experiments at the Large Hadron Collider (LHC) at CERN...
As part of the PIK nuclear reactor reconstruction project, the PIK Data Centre was commissioned in 2017. After more than five years of successful operation we would like to share our experience in one of the crucial parts of business continuity: monitoring. PIK Data Centre monitoring covers everything from engineering systems such as cooling machines to storage and computing nodes, jobs and...
WLCG Tier-2 computing center at NRC "Kurchatov Institute" - IHEP has been participating in the Worldwide LHC Computing Grid from very beginning since 2003. Over a twenty-year period it became one of the biggest WLCG Tier-2 centers in Russia. Ru-Protvino-IHEP Grid site provides computing resources for LHC experiments in high energy physics such as Atlas, Alice, CMS, LHCb and internal...
Приводится описание технологии сборки модулей в ЯП средствами системы АПРОП, сделанной по ГОСДоговору с НиЦЕВТ (1975-1976) под руководством академика В.М.Глушкова для ОС ЕС ЭВМ. АПРОП cдана в ГОСФонд. В 1977г. Применялась АПРОП на ВПК (МНИИПА, Липаев В.В.) по договору с 1978-1985г. для реализации программных комплексов Прометей, Яуза, Руза и бортовых приборов для авиации, космоса и...
Bioinformatics is the area that develops methods and software tools for understanding of biological data, which includes sequence analysis, gene and protein expression, analysis of cellular organization, structural bioinformatics, data centers etc. A new and more general direction is to consider bioinformatics as informatics on the bases of nanobioelectronics and biocomputer...
В постановке и проектировании вычислительного эксперимента представляются актуальными вопросы интерактивного управления ресурсоёмкими алгоритмами, с возможностью динамической перенастройки моделей гидромеханики, под независимым визуальным контролем трёхмерных физических явлений и процессов в реальном масштабе времени. Прямой вычислительный эксперимент позволяет достигать практических...
Recently, the branch of mathematics associated with functional integration has been rapidly developing. For a long time it was a means of constructing perturbation theory and solving applied problems. However, recently it has become clear that this can be a very effective tool for high-performance algorithms creation. Moreover, it may be the only tool for developing algorithms for quantum...
Artificial Neural Networks in High Energy Physics data processing (succinct survey) and probable future development
Abstract
The rising the role of Artificial Neural Networks (ANN) as part of machine learning/deep learning (ML/DL) in High Energy Physics (HEP) and related areas can be seen last decades. Several reasons for rising the role of ANN were observed. The...
Machine learning systems are today the main examples of the use of Artificial Intelligence in a wide variety of areas. From a practical point of view, we can say that machine learning is synonymous with the concept of Artificial Intelligence. In some works, this definition is somewhat limited, and they only talk about artificial neural networks and deep learning in the context of artificial...
Данный доклад посвящен исследованию задачи детекции объектов различного размера на примере открытого датасета с использованием нейросетевой модели Yolo v5. Основное внимание уделено изучению влияния предварительной фильтрации изображений на результаты детекции объектов и разработке методики оценки такого влияния. Кроме того, в работе проводится оценка влияния фильтрации искажений от дождя и...
В данном докладе описывается метод смешивания изображений на основе интерполяции признаков скрытого пространства в процессе генерации диффузионных моделей. Основное внимание уделено особенностям реализации и изучению влияния параметров генерации на процесс создания итогового изображения. Также производится обзор альтернативных методов решения задачи и их сравнение с предложенным методом....
Recently, the landscape of computational infrastructure is in dramatic changes under the pressure of application requirements. The suit of the properties of modern applications can be summarized as follows: distributed, self-sufficient, work in real time, elastic, cross-platform, actively interact and synchronize, and are easy to update. The definitions of these terms are in [1]. For further...
We are investigating the quantum dynamics of a well-collimated electron beam transmitting through planar channels of the Si crystal. Electron states were represented by wave packets, while the electron beam was treated as an ensemble of noninteracting wave packets. The evolution of electron states was obtained using the method of Chebyshev global propagation, specifically modified to give...
The advantages of cloud technologies allowed the latter to occupy a certain niche in the field of scientific computing. Around decade ago following that trend a cloud infrastructure had been deployed at JINR and later in the scientific organizations of the its Member States. These cloud resources were integrated into a Distributed Information and Computing Environment (DICE) to combine...
Modern systems and applications are increasingly distributed due to the growing performance, scalability and availability requirements. Distributed computing allows to flexibly aggregate the resources of individual machines into scalable computing infrastructures with required characteristics. However, distributed systems are hard to build, test and operate because of their asynchronous and...
Abstract
The article (proceeding) explores the importance of horizontally scalable technologies for storing and processing digital footprints, a crucial component of IT-professional training for accelerating digital transformation. It begins by defining digital footprints, subsequently addressing their increasing role in modern IT- education and digital transformation. The discussion...
