Ruslan Smelyansky

Ruslan Smelyansky's AcademicInfluence.com Rankings

Ruslan Smelyansky

Mathematics

#8700

World Rank

#11827

Historical Rank

Measure Theory

#5692

World Rank

#6781

Historical Rank

mathematics Degrees

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Mathematics

Why Is Ruslan Smelyansky Influential?

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According to Wikipedia, Ruslan Smelyansky is a Russian mathematician, Dr. Sc., Professor, a professor at the Faculty of Computer Science at the Moscow State University, Corresponding Member of the Russian Academy of Sciences.

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Ruslan Smelyansky's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

Advanced study of SDN/OpenFlow controllers (2013) (307)
Controller failover for SDN enterprise networks (2014) (40)
SDN for network security (2014) (29)
DYANA: an environment for embedded system design and analysis (1999) (18)
The Runos OpenFlow Controller (2015) (16)
A technology for scheduling of data exchange over bus with centralized control in onboard avionics systems (2010) (11)
C2: General Purpose Cloud Platform with NFV Life-Cycle Management (2017) (7)
A Hardware-in-the-Loop Simulation Environment for Real-Time Systems Development and Architecture Evaluation (2008) (7)
Towards a unified toolset for embedded systems development (2000) (7)
Managing Network Resources with Flow (De) Multiplexing Protocol (2015) (7)
An analysis of approaches to onboard networks design (2014) (7)
Towards SDI-bases Infrastructure for supporting science in Russia (2014) (6)
DYANA: An Environment for Distributed System Design and Analysis (1996) (6)
Hierarchical Edge Computing (2018) (5)
Selforganizing cloud platform (2014) (5)
A tool system for automatic scheduling of data exchange in real-time distributed embedded systems (2006) (4)
Cloud Infrastructure for Researchers Basing on NFV Management and Orchestration (2017) (3)
On Bringing Software Engineering to Computer Networks with Software Defined Networking (2013) (3)
IMPROVING RESOURCE USAGE IN HPC CLOUDS (2019) (2)
Simulation modeling based method for choosing an effective set of fault tolerance mechanisms for real-time avionics systems (2013) (2)
MC2E: META-CLOUD COMPUTING ENVIRONMENT FOR HPC (2019) (2)
Program compaction for real-time applications (2013) (2)
EasyWay: simplifying and automating enterprise network management with SDN/OpenFlow (2014) (2)
Scaling down discrete-event simulation models (2006) (2)
ON BANDWIDTH ON DEMAND PROBLEM (2019) (2)
Minimization of Multicast Traffic and Ensuring Its Fault Tolerance in Software-Defined Networks (2018) (1)
On High Availability Distributed Control Plane for Software-Defined Networks (2018) (1)
Cube: Multi-User Virtual Function Life-Cycle Orchestration Technique (2018) (1)
DYANA - an Environment for Simulation and Analysis of Distributed Multiprocessor Computer Systems (1998) (1)
An Approach to the Construction of a Network Processing Unit (2018) (1)
Model of Distributed Computer System Operation with Time (1)
Simulation Modeling Based Method For Choosing An Optimal Set Of Fault Tolerance Techniques For Real-Time Systems (2009) (1)
DYANA: HLA-based distributed real-time embedded systems simulation tool (2013) (1)
Shared Virtual Function Orchestration Technique (2019) (0)
On Analysis of Traffic Flow Demultiplexing Effectiveness1 The research was supported by RFBR (project No. 18-07-01255) (2018) (0)
On HPC and Cloud Environments Integration (2021) (0)
Distributed Embedded Systems (2006) (0)
How to get an optimal neural network for a given application (1995) (0)
Minimization of Multicast Traffic and Ensuring Its Fault Tolerance in Software-Defined Networks (2018) (0)
The method of program compaction for real-time applications (2011) (0)
Approaches To Analysis Of Real-Time Systems Simulation Traces (2009) (0)
Network Powered by Computing (2022) (0)
On the “Heap” problem (2019) (0)
MC2E – Meta-Cloud Computing Environment (2020) (0)
A Functional Testing Toolset and Its Application to Development of Dependable Avionics Software (2013) (0)
On the “Heap” problem (2019) (0)

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Other Resources About Ruslan Smelyansky

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What Schools Are Affiliated With Ruslan Smelyansky?

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