Ivannikov Memorial Workshop

About the Workshop

"Ivannikov Memorial Workshop"

The Ivannikov Memorial Workshop is devoted advances in basic IT technologies that serve as basis for modern IT Industry:

Technologies of program analysis, modeling and transformation.
Management of Data and Information Systems.
High Performance Computing.
System Software and Operating Systems.
Special Track on 70th anniversary of IT in USSR.

The Workshop is dedicated to the memory of outstanding Soviet and Russian scientist and developer, Academician Victor Ivannikov, Honorary Professor of Russian-Armenian University.

We solicit original and unpublished articles of current research, results or work in progress. We invite both researchers and practitioners to submit early research work or general discussions. All accepted papers will be published in the Proceedings of Ivannikov Memorial Workshop, that is to be indexed in Web of Science and Scopus. To present your research at Ivannikov Memorial Workshop please submit a paper, that was neither published nor submitted for other conferences.

We accept:

Extended abstracts from 1 to 2 pages A4, 12 point serif font, ordinary spacing.
Extended templates will be used to review the talk. They are not intended for publication.
Based on the results of the review the Program Committee may recommend to provide a full paper for the Workshop Proceedings.
Full papers 3-7 pages long in IEEE conference template. Accepted papers will be published in the Workshop Proceedings.

Contributions are accepted in English.

Link to submit your contribution: https://easychair.org/

To participate in the events of Ivannikov ISPRAS Conference please register.

Paticipation in the conference and publication of articles are free of charge. Travel and accommodation, as well as other expenses are to be paid by the participant.

Important Dates

Participants registration due to May 1, 2018;
Articles submission due to April 10, 2018;
Notification of acceptance April 15, 2018;
Camera ready copies: May 15, 2018.

Technologies of program analysis, modeling and transformation

The track covers methods of optimization in compiler and code generation, static and dynamic program analysis, etc. The list of topics include but is not limited to:

Binary (executable) code reverse engineering.
Program execution in controlled environment.
Vulnerability search in executable code.
Network traffic analysis.
Compiler optimization and code generation.
Program static and dynamic analysis.
Program analysis and testing methods and tools.

Management of Data and Information Systems

The track is devoted to methods and systems for storing and analyzing large volumes of text, graph, multimedia, scientific and other types of data. The list of topics includes, but is not limited to the following:

Data mining and information extraction;
Mathematical theory and methods of machine learning and artificial intelligence;
Mathematical models of processes and phenomena of the real world;
Computational linguistics , Natural language text analysis and understanding;
Complex networks analysis, including social, communication, biological networks, etc.;
Signal processing and image analysis;
User-generated content analysis;
Information retrieval, recommender systems;
Ontologies and knowledge bases;
Information systems and technologies;
Scalable algorithms for data analysis;
Data analysis applications;
Data cleaning, heterogeneous data integration, data deduplication;
Key technologies for private and hybrid clouds creation;
High-performance computing and other services in clouds;
Big data ecosystem;
Distributed databases and Data/Web Mining technologies;
Software platforms for internet of things;
Dynamic load balancing in elastic clouds;
Planning of task flow in cloud data processing centers;
Power-saving cloud infrastructures.

High Performance Computing

The track is intended for practical experience exchange between researchers, who use open applied packages for hight performance computing in numerical simulation of continuum mechanics. The list of topics includes, but is not limited to the following:

Turbulent flows modeling;
Solving adjoined thermal exchange problems;
Applied hydrodynamics, gas dynamics and aerodynamics problems;
Development of personal problem solvers and libraries;
Scientific visualization and processing of numerical results;
Education.

System Software and Operating Systems

The track covers methods, architectures and components of modern operating systems for reliable and efficient computing and control systems. The topics include, but not limited to:

Security and Privacy in Operating Systems.
Development Lifecycle. Standards and Certification.
Real-time Operating Systems, Internet of Things.
Network Stacks and Technologies.
Kernels and OS Architectures.

70th annyversary of IT in USSR

In 2018 we celebrate 70 years of Computer Science in USSR. On December 4, 1948, Isaak Brook together with engineer Bashir Rameev, submitted an application for the invention of a computer to the State Committee of the Council of Ministers of the USSR on the Introduction of Advanced Technology into the National Economy. The Certificate #10475, issued by the State Committee, is the first officially registered document indicating that a computer era has begun in Russia.

The track includes talks recollecting the achievements of System Programming in USSR and former Soviet Union countries, and defining the shape of challenges and new objectives of System Programming in the the near future.

Victor P. Ivannikov, Academician RAS

Victor Ivannikov

Victor Ivannikov (1940-2016) is a prominent scientist in the field of computer engineering and programming.

While at Institute of Precise Mechanics and Computer Engineering (IPMaCE) he become a leading member of the team responsible for creating the D-68 operating system for the BESM-6 computer. Working on advaced hardware systems, Ivannikov gained extensive experience of systems programming that enabled him to make notable contributions to the development of operating systems, including the creation of new ways to organize parallel processing and programming complexes.

Ivannikov also conducted numerous research projects and was responsible for important innovations in object-oriented programming, creating new cluster technology that was implemented during the creation of the AS-6 operating system and has been used in various computational complexes and super-computers.

In 1994 he established the Academic Institute of System Programming, and served as its director since.

Learn More

210

Participants

15

Speakers

6

Countries

Event Schedule

Don't miss a topic on the Workshop

Day One
Day Two

Thursday, 3th May

9:00

Registration, coffee

10:00

Opening and greetings: TBT

11:40