Supercomputing
Supercomputing
10th Russian Supercomputing Days, RuSCDays 2024, Moscow, Russia, September 23-24, 2024, Revised Selected Papers, Part II
Nikitenko, Dmitry; Voevodin, Vladimir; Antonov, Alexander
Springer International Publishing AG
12/2024
174
Mole
9783031784613
Pré-lançamento - envio 15 a 20 dias após a sua edição
.- A Comprehensive, Scalable and Fast BOINC Simulator.
.- Bi-Objective Workflow Scheduling in the Cloud: What is the Real State-of-the-Art?.
.- Characterization of a Desktop Grid Project as a Queueing System.
.- Desktop Grid Based Assessment of the Game-Theoretical Model of Regional Digitalization Support in Aquaculture.
.- Efficient Resource Selection in Cloud Environments with Volume Discounts and Group Dependencies.
.- Experiments with the A022008 Sequence Generator to Study Distributed Computing Based on State Synchronization Service.
.- Fast and Flexible Framework for Simulation of Distributed Systems.
.- Probabilistic Models of the Behavior of the BOINC Infrastructure in Typical Situations.
.- Simulation of Volunteer Computing in a Desktop Grid System.
.- HPC Education.
.- Applied Discrete Optimization in the Development of the Discipline "Computational Methods".
.- New Approach to Studying the Concept of Information for IT-students.
.- A Comprehensive, Scalable and Fast BOINC Simulator.
.- Bi-Objective Workflow Scheduling in the Cloud: What is the Real State-of-the-Art?.
.- Characterization of a Desktop Grid Project as a Queueing System.
.- Desktop Grid Based Assessment of the Game-Theoretical Model of Regional Digitalization Support in Aquaculture.
.- Efficient Resource Selection in Cloud Environments with Volume Discounts and Group Dependencies.
.- Experiments with the A022008 Sequence Generator to Study Distributed Computing Based on State Synchronization Service.
.- Fast and Flexible Framework for Simulation of Distributed Systems.
.- Probabilistic Models of the Behavior of the BOINC Infrastructure in Typical Situations.
.- Simulation of Volunteer Computing in a Desktop Grid System.
.- HPC Education.
.- Applied Discrete Optimization in the Development of the Discipline "Computational Methods".
.- New Approach to Studying the Concept of Information for IT-students.