“CONFERENCE MATERIALS St. Petersburg REGIONAL INFORMATICS “RI-2012” CONFERENCE St. Petersburg, October 24-26...”

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REGIONAL INFORMATICS

ANNIVERSARY XIII ST. PETERSBURG INTERNATIONAL

CONFERENCE

CONFERENCE MATERIALS

Saint Petersburg

http://spoisu.ru

REGIONAL INFORMATICS

ANNIVERSARY XIII ST. PETERSBURG INTERNATIONAL

CONFERENCE

St. Petersburg, October 24-26, 2012

CONFERENCE MATERIALS

St. Petersburg http://spoisu.ru UDC (002:681):338.98 R32 Regional informatics (RI-2012). Anniversary XIII St. Petersburg International Conference “Regional Informatics (RI-2012)”.

– St. Petersburg, 2012. – 420 p.

ISBN 978-5-906078-07-0.

The collection covers a wide range of areas: Regional informatization policy. Electronic government, Theoretical problems of computer science and informatization, Telecommunication networks and technologies, Information security, Legal problems of informatization, Information Technology in critical infrastructures, Information technologies in production, Information technologies in transport, Information technologies in education, Information technologies in healthcare, Information technologies in services, Information technologies in ecology, Information technologies in hydrometeorology, Information technologies in design, Information technologies in publishing and printing, Geographic information systems, Information technologies in scientific research, as well as materials from the Scientific School of Young Scientists “Information Technologies of Mathematical Modeling”, the Youth Scientific School “Regional Informatics and Problems of Sustainable Development”, the Scientific School for High School Students “Informatics of the Future” and the Youth Scientific School “ Secure information technologies."

UDC (002:681):338.98 Editorial board: B.Ya. Sovetov, R.M. Yusupov, V.P. Zabolotsky, V.V. Kasatkin Computer layout: A.S. Mikhailova Design: N.S. Mikhailov Published in the author's edition Signed for publication on 10/04/2012. Format 60x84. Offset paper.

Printing – risography. Conditional oven l. 48.8. Circulation 500 copies. Order No. 4532.

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http://spoisu.ru http://spoisu.ru

FOUNDERS OF THE CONFERENCE

Government of St. Petersburg Legislative Assembly of St. Petersburg Government Leningrad region Ministry of Communications and Mass Communications of the Russian Federation Ministry of Education and Sciences

and the Russian Federation Russian Academy of Education Department of Nanotechnologies and Information Technologies of the Russian Academy of Sciences St. Petersburg Scientific Center of the Russian Academy of Sciences St. Petersburg Institute of Informatics and Automation of the Russian Academy of Sciences St. Petersburg Territorial Group of the Russian National Committee for Automatic Control St. Petersburg Society of Informatics, Computing equipment, communication and control systems

CO-ORDERS OF THE CONFERENCE

Russian Foundation fundamental research FSUE "Research Institute "Rubin"

FSUE "CenterInform"

St. Petersburg branch "Leningrad branch of the Central Scientific Research Institute of Communications"

SPb State Unitary Enterprise "St. Petersburg Information and Analytical Center"

Baltic State Technical University "VOENMECH" named after. D.F. Ustinova St. Petersburg State Transport University Rostov branch of the Moscow State Technical University of Civil Aviation St. Petersburg State Polytechnic University St. Petersburg State University of Aerospace Instrumentation St. Petersburg State University of Water Communications St. Petersburg State University of Technology and Design St. Petersburg State Electrotechnical University "LETI" »

St. Petersburg University of the Ministry of Internal Affairs of Russia St. Petersburg Institute of Economics and Business North-Western Institute of Printing of the St. Petersburg State University of Technology and Design Smolny Institute of the Russian Academy of Education OJSC Scientific and Production Association "Impulse"

JSC "Computer Development Center"

CJSC "Association of Information Systems Specialists"

CJSC "Institute of Infotelecommunications"

CJSC "Institute of Telecommunications"

CJSC Scientific and Technical Center for Bioinformatics and Telemedicine “Fractal”

Geonavigator LLC

LLC "InTechService"

Marvel Company LLC

LLC "Laboratory of Infocommunication Networks"

Partnership for Development information society in the North-West of Russia North-Western branch of the Russian Academy of Education St. Petersburg Engineering Academy St. Petersburg branch of the International Academy of Informatization St. Petersburg branch of the Academy of Informatization of Education

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REGIONAL INFORMATION POLICY. ELECTRONIC GOVERNMENT

Yusupov R.M., Sovetov B.Ya., Kasatkin V.V.

Russia, St. Petersburg, St. Petersburg Institute of Informatics and Automation RAS, St. Petersburg State Electrotechnical University "LETI" named after. IN AND. Ulyanov (Lenin), Baltic State Technical University "VOENMECH" named after. D.F. Ustinova

CONTRIBUTION OF THE ST. PETERSBURG INTERNATIONAL CONFERENCE “REGIONAL

INFORMATICS" (1992-2012) INTO THE INTEGRATION OF SCIENCE, EDUCATION AND INDUSTRY For 20 years, the St. Petersburg International Conference "Regional Informatics" (1992-2012), held on a regular basis, has been successfully developing in St. Petersburg, which over the years has turned into an integral system of interrelated events , which has become an effective form of dissemination and testing of scientific knowledge and best practices in the field of informatization, development and implementation of infocommunication technologies (ICT), development of the information society in St. Petersburg and other regions. As part of the conferences, the most significant concepts, programs and priority projects in the field of informatization, the formation of information and telecommunication infrastructure of the regions, the construction of e-government, the introduction of regional information systems for various purposes in the interests of increasing the efficiency and safety of the use of ICT and accelerating social -economic development of regions.

Established in 1992 in St. Petersburg on the initiative of the scientific community and government authorities of the city and subsequently supplemented by thematic areas of the St. Petersburg interregional conference “Information Security of Russian Regions” organized with the support of the Security Council of the Russian Federation (1999-2011) and a number of scientific and practical conferences, the conference “Regional Informatics” acquired the status of the St. Petersburg International Conference, held with the support of the Government of St. Petersburg under the auspices of UNESCO, and practically covered all spheres of socio-economic, political and cultural life of society, including the problems of strengthening moral values, preserving and enhancing scientific potential and cultural heritage, rapid development of education during the transition to the information society, education of information culture, formation of a unified information space in the interests of harmonious development and meeting the information needs of the individual, creating conditions for improving the quality of life, increasing labor efficiency and ensuring the safety of citizens.

In organizing the conference, along with the founders of the conference (regional government bodies, state academies, relevant ministries and departments, public associations), leading universities, academic research institutions, research and production associations, industrial enterprises and IT companies traditionally take part as co-organizers. specializing in the creation and use of ICT, systems and means of information and communication, which is an effective mechanism for the integration of science, education and industry, an example of fruitful cooperation between scientists, teachers and practitioners in St. Petersburg and other regions.

Over the years, the topics of the conferences have not only been preserved, but are continuously developing, which is confirmed by the selection, along with traditional areas (Regional policy of informatization. Electronic government, Theoretical problems of computer science and informatization, Telecommunication networks and technologies, Information security, Legal problems of informatization, Information and analytical provision of public authorities, Information Support financial and credit sphere and business, Information technologies in production, transport, scientific research, education, healthcare, ecology, publishing and printing, Geographic information systems, etc.) new independent areas: Information technologies in critical infrastructures, Information technologies in design, Information technologies in hydrometeorology, Information technologies in service.

The coordinating role of the St. Petersburg interregional conference “Regional Informatics”, held with the participation of regional government authorities and management, as an example of the implementation of an effective mechanism for the integration of education, science and industry, is reflected in:

http://spoisu.ru 12 REGIONAL INFORMATICS – 2012 principles of formation of scientific thematic areas within the framework of the ideology and scientific priorities of the conference;

determining the composition of the founders, organizers and governing bodies of the conference;

specific scientific and practical achievements of the teams represented by the conference participants on the formation of information and telecommunications infrastructure in the regions and the use of ICT to solve priority problems of socio-economic development and increase efficiency government controlled, development of science, education, industry, high technology, healthcare and other areas;

results of the development of conceptual program documents on the formation of an ideology for the development of the information society and the implementation of priority projects in the field of informatization (Concept and Program of Informatization of St. Petersburg, Strategic Plan of St. Petersburg, Target Program “Electronic St. Petersburg”, Program of Informatization of the Education System of St. Petersburg and Action Plan for Informatization of the System Education of St. Petersburg, Action Plan for the implementation of the Strategy for the Development of the Information Society in St. Petersburg for 2009, Action Plan for the development of the information society and the formation of e-government in St. Petersburg for 2011-2012, Concept of long-term target program“Development of the information society in St. Petersburg (2013-2016)”, etc.).

The ideas laid down in the development of the ideology and principles for the formation of thematic areas of the conference served as the conceptual basis for the formation of integration mechanisms for interaction between science, education and industry in the form of:

voluntary association of representatives of science, education and industry into creative teams in order to identify and solve pressing problems in the development of the information society in St. Petersburg and other regions;

attracting the most talented part of scientists, university teachers and practitioners to solve state problems of socio-economic development, the formation of regional information and telecommunications infrastructure;

using the experience of regions and foreign countries in solving priority problems of building an information society (“Strategy for the transition of St. Petersburg to an information society”, etc.);

implementation of innovative ways to develop integration processes and strengthen the scientific, educational and industrial potential of the region based on the creation of a unified scientific and educational environment;

coordinated implementation of organizational changes in the creation of regional information systems for various purposes, pooling of resources and ensuring interdepartmental interaction of government bodies with the coordinating role of the relevant industry committee (Committee on Informatization and Communications of St. Petersburg);

forming an ideology and directions for the development of e-government, increasing the efficiency of public administration and the quality of services provided to the population;

creating prerequisites for the transition to a knowledge society and knowledge economy.

As practice has shown, the development of integration processes in the context of the transition to the information society contributed to:

the formation of a unified information space of the region (St. Petersburg) as a basis for solving the problems of sustainable socio-economic, political and cultural development and ensuring the security of the region;

growth of innovative activity at the regional level and increasing the innovative potential of the regional economy;

application of a systematic approach to solving a set of problems in the development of the information society as a key stage in the modernization of the regional economy;

stimulating high-tech innovative projects and competitive domestic developments in the ICT sector;

transformation of regional information resources into a strategic resource for the sustainable development of the region in the interests of improving working conditions and quality of life of citizens;

overcoming contradictions between the requirements of the labor market and the educational services market, improving the quality of training of specialists;

ensuring information and other types of security, reducing and preventing possible risks and threats in the information society;

integration of the region into the international system of division of labor and exchange in information sphere, disseminating best practices and achievements in the use of ICT to other regions;

consolidation of the efforts and potential of scientific and public organizations working in the field of computer science and informatization (Scientific Council on Informatization of St. Petersburg, Joint Scientific Council on Informatics, Telecommunications and Management under the Presidium of St.

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St. Petersburg Scientific Center of the Russian Academy of Sciences, St. Petersburg Society of Informatics, Computer Science, Communication and Control Systems, Commission for Communications and Informatization of the Public Council of St. Petersburg, Partnership for the Development of the Information Society in the North-West of Russia, National Society for Simulation Modeling, etc.).

The results of the conference made it possible to identify current directions for expanding the topic and effective forms of conducting professional and public discussions of current problems in the development of the information society (scientific and practical seminars, conferences, exhibitions) dedicated to the problems of personnel training in the field of ICT, legal problems of informatization, issues of ensuring information security(protection of personal data), problems of formation of information culture, etc.

An important component of conferences are regularly organized scientific schools of young scientists, including at the anniversary conference:

Information technologies of mathematical modeling, Regional informatics and problems of sustainable development, Informatics of the future, Secure information technologies.

The proceedings of the conference (over 230 printed publications) and the main results of the development and establishment of the St. Petersburg International Conference “Regional Informatics” as a unique scientific school on the formation of regional informatization policy and the ideology of the development of the information society, testify to its significant contribution to the preservation and development of scientific and cultural potential, the formation of public legal consciousness, the creation of an authoritative platform for discussing program documents and the most significant projects in the field of informatization, the most important directions for the development of the regional information sphere based on the creation and implementation of ICT and regional information systems for various purposes, an experimental platform for testing and disseminating best practices and scientific knowledge, combining the potential and efforts of representatives of government bodies, science, education and industry of St. -Petersburg and other regions, promoting advanced scientific and technical achievements in priority areas of development of the information society, in which St. Petersburg rightfully occupies a leading position.

Antopolsky A.B., Savin G.I., Sotnikov A.N.

Russia, Moscow, Interdepartmental Supercomputer Center RAS

INTER-ACADEMIC COORDINATION OF CREATION OF AN ELECTRONIC LIBRARY

"SCIENTIFIC HERITAGE OF RUSSIA"

On March 24, 2010, a remarkable event took place in the field of development of scientific and educational electronic resources: the presidents of the Russian state academies of sciences (RAN, RAO, RAMS, RAAS, RAH) signed an Agreement on cooperation on the creation of an electronic library “Scientific Heritage of Russia”.

The Agreement emphasizes that free access to the scientific heritage of Russia for a wide range of users in Russia and abroad is the most important task and patriotic duty of Russian scientific organizations, libraries, archives and museums, that electronic libraries are the most effective and promising information technology and means of scientific and cultural communications;

The Presidents view the electronic library on Russian scientific heritage as an important means of strengthening cooperation and mutual understanding in the global Russian-language information space, especially on the Internet; and take into account that cooperation between state academies is an important guarantee of the high quality of the electronic library, its sustainability and reliability;

The presidents hope that the humanitarian goals of the electronic library and its open nature will attract interested specialists and organizations in Russia and abroad to participate in its creation.

The agreement emphasizes that the project is open to all interested organizations that have information resources in the field of Russian scientific heritage and wish to participate in the creation of an electronic information space in this area. The electronic library “Scientific Heritage of Russia” is designed to integrate electronic information resources of libraries, archives and museums, as well as universities, which gives the library a fundamentally innovative character.

The agreement contains specific instructions to program participants for 2010 and subsequent years.

To manage the work, collective management bodies of the framework program have been formed, for participation in which responsible representatives of the academies participating in the program are delegated.

Overall coordination of the work is entrusted to the Interdepartmental Supercomputer Center of the Russian Academy of Sciences. The agreement contains a recommendation to the academies participating in the program to include work on the creation of an electronic library “Scientific Heritage of Russia” in their research plans for 2010.

The agreement is accompanied by a detailed explanatory note, which defines the goals of creating an electronic library, the principles of its creation and operation.

The text of the agreement and explanatory note is available on the EB website http://www.e-heritage.ru/index.html It should be noted that this project is the first state interdepartmental project in Russia in the field of electronic libraries. This is promising and honorable, and certainly meets the development strategy of the information society of Russia, but it promises considerable difficulties of an organizational, legal and financial nature.

http://spoisu.ru 14 REGIONAL INFORMATICS – 2012 Akopov G.L.

Russia, Rostov-on-Don, Rostov branch of Moscow State Technical University of Civil Aviation

SOCIAL PROTESTS IN THE INFORMATION AGE

During the period of modernization of the social structure based on innovative Internet technologies, the importance of information quality in the global information space has a significant impact on the political process. As S. Yuferev rightly emphasizes: “The beginning of 2011 may well become the date of birth of the concept of “social network revolution.” Direct democracy, which has spread from Tunisia to Egypt, Yemen and Jordan, relies on this phenomenon. The nature of these revolutions comes down to the products and technologies that the Internet gave the world: the social network “Facebook”, the microblogging service “Twitter”, regular blogs in a live journal, “YouTube”, email and so on. It was these technologies that united the people who took to the streets in Arab countries.

The Internet opened up for them additional features on the exchange of information, its free discussion and self-expression.”

It would be more appropriate to dwell on a more detailed coverage of the significance of social networks for political processes in the 21st century. In the modern world, every socially significant phenomenon, one way or another, is covered on the Internet. Only marginal groups of the population, not represented on the Internet, are excluded from coverage, but the number of such groups within individual countries, and on a global scale, is gradually decreasing. In addition, these groups become vulnerable to information received from traditional sources with reference to the Internet. Suffice it to recall the violent reaction of the Muslim world to the little-noticed film “The Innocence of Muslims” on the Internet, which became widely known largely thanks to traditional means of disseminating information. Of course, Internet projects are characterized by the presence of their own audience, but as we see, this audience participates in the discussion of important socio-political problems, can accept and discuss certain solutions, which, one way or another, are reflected in political practice. Social networks are the most famous and numerous “clusters” of politically active audiences, including protest-minded ones. Each social network has hundreds, and sometimes thousands, of communities in which the most pressing topics are discussed.

Researchers studying the nature of social protests in the information society inevitably face the question: why exactly? social media become the actual organizer of social protests? The vast majority of the so-called “color revolutions” of the new millennium were planned on social networks.

First of all, it should be noted such an important characteristic of social networks as the relative anonymity of the participants communicating in them. Thus, a person who outwardly looks like a conformist and does not disturb the order in everyday life, on a social network can not only sympathize with protest sentiments, but also become an organizer of specific protests.

Social networks are also distinguished by the absence of territorial, national, social, age barriers, which are present to one degree or another in everyday life. On social networks, a person gets the opportunity to communicate with those people with whom he most likely would not communicate and would not even be able to meet in real life. That is, social networks have very great opportunities for uniting people based on common views. At the same time, social networks allow you to consolidate a very significant number of people, which makes it easier to find like-minded people.

It should be noted that the functioning of social networks is based on the principles that underlie the functioning of the World Wide Web itself. Internet communications in the modern world are becoming an impetus for the formation of a new citizen with a new worldview and understanding of the world, which is significantly different from a citizen of a pre-information society. These new principles come into obvious conflict with the old and conservative principles of the functioning of social and political institutions, which determines the emergence of a certain “ferment” in social networks, which becomes fertile ground for the spread of protest sentiments. Therefore, even regardless of political specifics, social networks are an excellent background for the development of protest activity of citizens, allowing them to generate and express dissatisfaction with certain events in the life of the state and society and agree on specific political actions and all kinds of actions.

Bolbin S.N., Mityagin S.A., Zakharov Yu.N.

Russia, St. Petersburg, St. Petersburg State Unitary Enterprise “St. Petersburg Information and Analytical Center”

ORGANIZATION AND OPERATION OF AN INTEGRATED MONITORING SYSTEM

AND ANALYSIS OF THE DRUG SITUATION IN THE RUSSIAN FEDERATION

Building an information and analytical system for monitoring and analyzing the drug situation is an urgent technical and scientific task. The need for work in this area is dictated by the availability of relevant regulatory documents, in particular, at the end of 2011, the State Anti-Drug Committee published a methodology and procedure for monitoring, as well as criteria for assessing the development of the drug situation in the Russian Federation and its constituent entities.

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At the same time, the development of this system is not only a technical task, since the hidden nature of drug addiction requires the development of appropriate approaches to modeling and forecasting the drug situation for effective information support of countermeasures and optimization of work in this area.

The development of an information and analytical system that allows automating the collection, accumulation and storage of information is a necessary component of combating drug addiction, since without these developments it is almost impossible to carry out an in-depth analysis of social processes, including drug addiction.

The classic functions of information and analytical systems must solve three tasks, without which their creation does not make sense and does not simplify the work of agencies to combat drug addiction and drug trafficking: collecting and storing the history of the phenomenon according to the widest possible set of parameters; presenting information in a form that is easy to understand; modeling, forecasting, analysis of countermeasures and their planning, taking into account resources, funding and required efficiency.

The traditional approach to modeling processes characterizing the development of a territory is the use of probabilistic and differential models that describe the behavior of the object as a whole. As a rule, these models are of a macroeconomic nature, even in problems of modeling fairly narrow and specific processes, such as crime or morbidity.

This approach is highly dependent on the quality of the data used, since the source data is often aggregated data. The quality and reliability of the result strongly depends on the number of information sources involved in monitoring the phenomenon under study. On the other hand, an increase in the number of information sources entails a decrease in data personalization and responsibility for the source data.

The consequence of this approach is the presence of significant difficulties in planning activities to improve the situation in the area under study by increasing the number of sources of information and the small contribution of each source. On the other hand, the task of analyzing a problematic phenomenon entails an increased burden on the researcher. Because he is faced with the task of having an idea and tracking all related processes in the area under study, such as changes in the number of sources of information, redistribution of areas of responsibility, etc. Thus, the development of new approaches and their implementation in the activities of target information and analytical systems is required. The conceptual framework for analyzing the drug situation includes basic indicators for monitoring the drug situation; analysis of data on fundamental indicators contains the most conservative methods statistical processing data; modeled indicators include specific indicators and calculations for a particular region; analysis of modeled indicators comes down to building a model and studying its properties; synthetic indicative indicators of a criterion type on the basis of which the current situation is classified.

Visualization of information and analytical system data is carried out in three modes:

analyst desktop, providing ample opportunities for selecting and processing data; manager's desktop, designed to present a current cross-section of data on thematic areas; operation support situation centers, within the framework of which the geographic information segment of the system that operates with data at the level of geographic coordinates takes on special significance.

Creation of automated information system implies organization information exchange, both data and documents, which makes it possible to unify and simplify interaction between departments and organizations participating in monitoring. And ultimately move on to information document management. But the wide functionality determines strict criteria for choosing the organization responsible for creating and maintaining an automated information system, since an error in this matter can lead to the collapse of the entire monitoring system.

Bondurovsky V.V., Vus M.A., Zabolotsky V.P.

Russia, St. Petersburg, Secretariat of the Council of the CIS Interparliamentary Assembly, St. Petersburg Institute of Informatics and Automation RAS

COOPERATION OF SPIIRAN WITH IPA CIS IN THE DEVELOPMENT OF A REGULATORY FRAMEWORK

FORMATION OF A UNIFIED INFORMATION SPACE OF THE COMMONWEALTH

INDEPENDENT STATES

1. The Commonwealth of Independent States, formed in 1992 in the former USSR, has confirmed its relevance and viability over the years of its existence. The development and deepening of partnership in the Commonwealth meets the national interests of the participating states and is in line with global trends. For sustainable coexistence and long-term development of partnerships in modern dynamically changing political and economic conditions, a system for regulating interstate relations is being built and improved in the CIS.

When the CIS was formed, in order to preserve the traditional similarity of individual features and the conceptual basis of the legislation of the states that were previously part of the USSR, it was decided to create a system of model legislation. The center for the development of model legislative acts is the Interparliamentary Assembly of the CIS (IPA CIS), in whose commissions, along with parliamentarians, experts and specialists from member states work. Developments of model legislative acts are widely http://spoisu.ru 16 REGIONAL INFORMATICS – 2012 used by national parliaments in rule-making activities. For the next five years (2011–2015), another long-term plan for model lawmaking was approved.

2. Representatives of SPIIRAS take an active part in the work of expert councils, conferences and seminars; which was repeatedly reflected in press releases about the activities of the CIS IPA. Under agreements with the CIS IPA, SPIIRAN developed model laws “On informatization, information and information protection” (adopted in 2005) and “On electronic government services”

(adopted in 2010).

In 2010, the CSTO Parliamentary Assembly adopted the Recommendations on the approximation of the legislation of the CSTO member states on issues of state secrets, developed by SPIIRAN in cooperation with the State Educational Institution “Institute of National Security of the Republic of Belarus”. Currently, on the basis of the Resolution of the Council of the IPA CIS dated November 9, 2011, SPIIRAN in collaboration with the Institute of State and Law of the Russian Academy of Sciences and the State Educational Institution “Institute of National Security of the Republic of Belarus” is developing Recommendations for improving and harmonizing the national legislation of the CIS member states in the field of information security security. On April 17, 2012, the Standing Commission on Defense and Security agreed with the conceptual approaches proposed by the developers and sent the draft Recommendations to the parliaments of the CIS IPA member states to receive expert opinions. In order to familiarize the scientific community, the draft Recommendations being developed were published in the journal “Informatization and Communication” (No. 4/2012) and received interested reviews.

3. Currently, the model legislation of the IPA CIS includes more than 300 normative legal acts. The objective need for a unified understanding of subjects and phenomena regulated by national legislation in the CIS countries places increased demands on the conceptual apparatus of model legislation, which is intended to become the conceptual apparatus of law for all countries of the Commonwealth. This is especially relevant in the information sphere, since the array of concepts and definitions serving the field of computer science began to form relatively recently.

The Expert Council of the IPA CIS - RCC, for example, which considered the issues of improving and harmonizing the national legislation of the CIS member states, noted the advisability of working on the issue of creating a terminological glossary in the field of information security.

The expansion and deepening of cooperation between states should be accompanied by the expansion and streamlining of terminology related to the relevant area. Individuals and legal entities of the Commonwealth states need information based on a common understanding of the objects and phenomena of the information space regulated by legislative provisions. In 2012, under the auspices of the Secretariat of the IPA CIS SPIIRAN, in collaboration with NRU ITMO and with the financial support of the Russian International Affairs Council, prepared and published a new “Dictionary-reference book of terms and definitions of the concepts of model legislation of the CIS member states”, the content of which consists of the meanings and explanations of concepts that are definitions from acts of model legislation. The circulation of the publication was sent to the parliaments and parliamentary commissions of the member states of the CIS IPA, and its electronic version placed in Electronic library Federal system educational information resources for wide access.

Borshevnikov A.E.

Russia, Vladivostok, Far Eastern Federal University

BIOCRYPTOGRAPHIC VOTING PROTOCOL WITH TWO CENTRAL

ELECTION COMMISSIONS

Political elections are an integral part of a modern democratic society.

On this moment Most countries still use traditional voting methods for political elections, and only a few countries use electronic voting.

1. Eligibility.

3. Voter anonymity.

6. Private verifiability.

One of the most difficult requirements for modern protocols is the requirement that it is impossible to vote for another voter. To achieve this, modern electronic protocols use pre-authentication of users. This raises the problem of preliminary distribution of authentication information. The optimal solution is the inseparability of such information from the voter. Biometric authentication could be a solution, but it does not meet the third requirement, which is voter anonymity. But there is a solution to this problem - the use of biocryptography.

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As a result of the work done, a biocryptographic voting protocol was obtained, based on the use of a secure communication channel using two central election commissions. Distinctive feature The resulting protocol is the use of symmetric cryptosystems for data transmission, which increases the speed of encryption/decryption of transmitted data. The resulting protocol was also analyzed for possible attacks.

Using biocryptography for voting solves at least two problems: the problem of anonymity and the problem of the inability to vote for another voter. The remaining requirements can be satisfied through the creation of correct protocols that take into account the fact of using biocryptography.

Korolev O.F., Morozov V.P.

Russia, St. Petersburg, St. Petersburg Institute of Informatics and Automation RAS

SOFTWARE COMPLEX FOR SOLVING THE PROBLEMS OF MONITORING INDIVIDUAL

DIRECTIONS OF SOCIO-ECONOMIC DEVELOPMENT OF ST. PETERSBURG

During the program implementation of methods related to monitoring industries, characterized by significant dynamics in the composition of the indicators used, developers invariably face the problem of constant modernization of the created software(BY). The same problem also arises during the “exploitation” of methods, when new tasks arise related to the need to obtain one or another result not provided for in the original formulation.

A software package that implements the algorithmic model “Assessing the Development of the Information Society” provides a solution to this problem.

The algorithmic model used in the software package was created on the basis of the Methodology for assessing the development of the information society in St. Petersburg, developed at the St. Petersburg Information and Analytical Center (SPb IAC). A feature of the model is the need to perform estimates of the values ​​of its indicators using quantitative and qualitative scales during calculations.

The software package is based on a methodology for automating modeling and decision support based on algorithmic networks, developed at the St. Petersburg Institute of Informatics and Automation of the Russian Academy of Sciences (SPIIRAN).

The software package includes original developments made at SPIIRAS:

modeling automation system COGNITRON and auxiliary program COGNITRON-Service.

The COGNITRON-Service program was created in the MS Excel environment and is intended to solve problems related to assessing the values ​​of input and calculation indicators in accordance with existing scales, generating an array for analytical processing of the results of monitoring the socio-economic development of St. Petersburg, as well as setting up the created model software . The COGNITRON-Service program ensures the exchange of information between the St. Petersburg IAC data warehouse and the COGNITRON system, as well as the ability to create and edit the values ​​of indicator scales used in solving assigned problems.

The COGNITRON system is modified taking into account the specifics of the project (primarily the presence of scales that evaluate the values ​​of model indicators) and is used to formulate and solve problems that arise during the processing of monitoring results and setting up model software.

Introduction of a software package that implements the algorithmic model “Assessment of the development of the information society” into the practice of monitoring the processes of socio-economic development

St. Petersburg allows:

save money and time needed to master the software and reduce the cost of its operation;

reduce time and resource costs for developing and “debugging” the model;

reduce decision-making time, increase the adequacy of decisions to the real conditions of the assigned tasks by providing the ability for experts to directly work with the modeling system, bypassing the stage of interaction with programmers;

reduce the time required to achieve the required results due to availability and opportunity sharing methods supporting analytical and simulation modeling modes;

increase the validity and quality of decisions made with a general reduction in time spent and labor intensity, both through the use of mathematical tools and through more full use professional knowledge of decision makers.

The most important advantages provided by the COGNITRON system can be considered:

accessibility and understandability for economists of the presentation of their methods in the form of algorithmic networks;

the possibility of creating and modifying software implementation of models-methods directly by economists who do not speak programming languages;

no need to re-enter mathematical expressions that describe problems that arise during the operation of an already introduced algorithmic model-method, including problems based on the inversion method.

http://spoisu.ru 18 REGIONAL INFORMATICS – 2012 Kucheryavyi M.M.

Russia, Saint-Petersburg, FSTEC Department Russia in the Northwestern Federal District

PROBLEMS OF ENSURING INFORMATION SECURITY IN MODERN SOCIETY

Modern society entered the post-industrial period of its development, which is essentially called informational.

In countries with innovative economic development, the conversion of intangible resources (so-called “non-resources”) into material resources has become the main way to create wealth.

Awareness of this pattern allowed the American researcher T. Rona in 1976, in a report he prepared for the Boeing Corporation, to formulate for the first time the conclusion that “information infrastructure is becoming a key component of the American economy. At the same time, the information infrastructure of the economy becomes a vulnerable target, both in wartime and in peacetime.”

Information has become a strategic national resource, a “target” and an effective weapon for the developed countries of the world in geopolitical competition.

In the information society, the problem of the reliability of existence takes on a paradoxical meaning. The higher the level of development of such a society, the greater the danger it is exposed to.

The technical means and information technologies created for the purpose of progress not only led to the informatization of society, but also gave rise to modern information dangers.

The desire to overcome information dangers creates the need further development technical means and protection technologies and further, according to the principle feedback, leads to the emergence of new information hazards for more high level their development.

The information society creates increasingly sophisticated technical mechanisms and means of mass ideological influence. However, its own development makes such a society increasingly vulnerable. In this regard, attention should be paid to the evolution of terrorism.

“Information terrorism” has become an integral attribute of the global information society. “Arab Spring”, according to the President of the Russian Federation V.V. Putin, clearly demonstrated that the Internet and social networks have become an effective policy tool that requires reflection in order to reduce the risk of use (of information tools, systems and technologies) by terrorists and criminals.” [Putin V.V. “Russia and the Changing World”, February 28, 2012].

The goals of cyberterrorism are implemented using information means and information technologies, the use of which directly entails or could potentially entail a threat to the life or health of people, significant scale and level of damage to material objects, as well as other consequences that will create an atmosphere of fear and tension in society.

The potential for “cybercrime” in the world is high.

Russia is among the top ten countries with the highest level of harmfulness on the Internet. Over the past three years alone, the number of registered crimes in the field computer technology increased in Russia more than 150 times.

The trend shows an increase in threats, which is aggravated by insufficient protection of critical infrastructure facilities.

a) “more than half of Russian critical infrastructure facilities do not provide adequate information security measures”;

b) “the level of awareness and control in the field of information security is insufficient”;

c) according to experts, the executive management of a third of critical infrastructure facilities does not sufficiently understand the importance of information security threats.

The high pace of development of the national network environment, computerization of key sectors of the national economic complex and the country's economy make ensuring the information security of the objects supporting them a priority state task.

Catastrophic consequences can be caused not only by direct physical impact on critical objects, but also by the organization of remote destructive information impact on automated systems production and technological processes critical facilities, for example, the fuel and energy complex.

Issues of information security of state-critical infrastructure facilities are becoming increasingly relevant today.

The increasing threat of cyber terrorism and the growing number of illegal acts using information and communication technologies (cyber attacks) have determined the need for a systematic solution to the problem of ensuring anti-terrorist protection of critical facilities of the fuel and energy complex in the cyber sphere.

The gradually created “National System of Anti-Terrorist Protection of Critical Facilities of the Fuel and Energy Complex in the Cyber ​​Sphere” should contain a number of important interrelated elements, implemented in a strictly defined legal framework and with mandatory state regulation.

However, the study of existing regulatory, legal and organizational documents indicates a lack of consistency in the definition of fundamental concepts,

http://spoisu.ruREGIONAL INFORMATION POLICY. ELECTRONIC GOVERNMENT 19

It is obvious that when solving the problem of ensuring anti-terrorist security of critically important facilities of the fuel and energy complex in the information sphere, it is necessary to use the experience of the FSTEC of Russia in ensuring the security of key information infrastructure systems.

FSTEC methodological documents define a complete list of actions, compliance with which will ensure the protection of FIAC. In essence, this is a proven set of structured recommendations and techniques based on the results of an analysis of threats and the nature of the criticality of systems.

FSTEC documents regulate technical requirements not only for information security means, but also for the organization of FIAC information security management processes. The implementation of such a set of technical measures and organizational measures at critically important facilities of the country's fuel and energy complex will ensure their anti-terrorist security in the cyber sphere.

Taking into account the transnational nature of the network environment and the energy infrastructure that this environment supports, a large role in the creation effective system The consolidation of forces at the international level, including within the framework of regional organizations, is called upon to counter the cyberterrorist threat.

Levkin I.M.

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On October 26-28, the Anniversary XV St. Petersburg International Conference “Regional Informatics (RI-2016)” took place. It covered many thematic areas and brought together information technology researchers in various fields.

Students of the OP “Sociology” and SLON staff presented research results in the section “Information Technologies in Sociocomputing”. Nikita Kaspruk presented a report on the topic “Analysis of Value Dimensions of Stratification of Hotel Customers Based on Online Data. The case of St. Petersburg". Nikita looked at customer-constructed measures of hotel value across different price segments. The analysis was carried out using processing methods natural language and machine learning.

The report by Anastasia Nesterenko and Ilya Musabirov “Analysis of IT Market Specialization Based on Online Recruiting Data” aroused great attention from the audience, as it directly affected professional activity most are programming. The hierarchies of skills for vacancies and candidates obtained during the work made it possible to describe the structure of the technology market. An analysis of supply and demand in the technology market was also carried out, which can be considered by job seekers as recommendations when looking for a job and vice versa.

The joint report by Ilya Musabirov, Stanislav Pozdnyakov, Alina Bakhitova and Alena Suvorova “Designing a social course gamification system with an online component” was highly appreciated by the audience. The scheme for partial gamification of the course, taking into account the social interaction of students, was especially interesting to the teachers, and the very inclusion of the scheme in the course was already discussed by everyone during a separate session with questions and answers. In the report by Stanislav Pozdnyakov, Vadim Voskresensky, Viktor Karepin, Anastasia Kuznetsova, Anna Fedyunina and Ilya Musabirov “Thematic context in mapping web presence and scientific activities of Russian universities. Methods of Analysis” presented methods for analyzing the activities of universities using bibliographic data of universities, connections with key employers and partners in the region, and representation in the media.

On my own behalf, I would like to add that the first day of the conference was very striking in its formality, since the opening took place in the Gorky House of Scientists. Our section took place the next day in a different place, at SPII RAS. When we presented our reports, the atmosphere was very comfortable and cozy. The topic of the section was related (mathematics, IT, sociology), and the comments on the reports were very diverse, from representatives of different disciplines. At the conference there were many reports on research methodology and ways to solve problems in social computing. Our reports included not only the methodology, but the meaningful results that were obtained during their application. This stood out against the general background and attracted the attention of various specialists.

Prepared by Anastasia Kuznetsova

PRESS RELEASE

From October 29 to October 31, 2014, the
XIV St. Petersburg International Conference “Regional Informatics (RI-2014)”, held in our city on a regular basis since 1992 with the support of the Government of St. Petersburg under the auspices of UNESCO. The purpose of the Conference is to discuss priority areas for the development of the information society, the formation and implementation of informatization policies in St. Petersburg and other regions, and the development of practical measures to solve pressing problems in the development of infocommunication technologies with the participation of representatives of government authorities and the scientific community of Russian regions and countries of the world community.

The founders of the conference are: the Government of St. Petersburg, the Legislative Assembly of St. Petersburg, the Government of the Leningrad Region, the Ministry of Communications and Mass Communications of the Russian Federation, the Ministry of Education and Science of the Russian Federation, the Russian Academy of Education, the Department of Nanotechnologies and Information Technologies of the Russian Academy of Sciences, St. Petersburg Scientific Center of the Russian Academy of Sciences, St. Petersburg Institute of Informatics and Automation of the Russian Academy of Sciences,
St. Petersburg Territorial Group of the Russian National Committee for Automatic Control, St. Petersburg Society of Informatics, Computer Engineering, Communication and Control Systems.

Established in 1992 in St. Petersburg on the initiative of the scientific community and government authorities of the city, the conference “Regional Informatics” has turned into an integral system of interrelated events, has become an effective form of dissemination and testing of scientific knowledge and best practices in the field of informatization, development and implementation of infocommunication technologies , development of the information society in St. Petersburg and other regions. Within the framework of the conference, the most significant concepts, programs and priority projects in the field of informatization, the formation of information and telecommunication infrastructure, the construction of electronic government, the introduction of regional information systems for various purposes, the development and improvement of the quality of education, the education of information culture, the formation of a unified information space in the interests of satisfying the information needs of the individual, creating conditions for improving the quality of life, increasing labor efficiency and ensuring the safety of citizens.

The leading scientific organization responsible for preparing and holding the Conference is the St. Petersburg Institute of Informatics and Automation of the Russian Academy of Sciences, headed by the Chairman of the Conference Organizing Committee - Corresponding Member of the Russian Academy of Sciences, Honored Worker of Science and Technology of the Russian Federation R.M. Yusupov. The Chairman of the Presidium (permanent governing body) and the Program Committee of the Conference is Academician of the Russian Academy of Education, Honored Worker of Science and Technology of the Russian Federation, Co-Chairman of the Scientific Council on Informatization of St. Petersburg B.Ya. Soviets.

Enterprises and scientific organizations specializing in the creation and use of systems and means of information and communication, as well as leading Russian universities, traditionally take part in the organization of the conference as co-organizers.

The conference program includes two plenary sessions and the work of sections, round tables and youth scientific schools in the following scientific areas:

• Regional informatization policy. Electronic government;

• Theoretical problems of computer science and informatization;

• Telecommunication networks and technologies;

• Information Security;

• Legal problems of informatization;

• Information and analytical support for public authorities;

• Information technologies in economics;

• Information technologies in management;

• Information support for the financial and credit sector and business;

• Information technologies in critical infrastructures;

• Information technologies in production;

• Information technologies in transport (2 subsections);

• Information technologies in scientific research;

• Information technologies in education (3 subsections);

• Information technologies in medicine and healthcare;

• Information technologies in service;

• Information technologies in ecology;

• Information technologies for managing marine equipment and marine infrastructure;

• Information technologies in hydrometeorology;

• Information technologies in design;

• Information technologies in publishing and printing;

• Geographic information systems;

• Information technologies for risk management in socio-economic systems;

• Information technologies in sociocomputing;

• Distributed information computing systems, grid technologies;

• Youth Scientific School “Regional Informatics and Problems of Sustainable Development”;

• Youth Scientific School “Safe Information Technologies”;

• Scientific school of young scientists “Information technologies of mathematical modeling”;

• Scientific school for high school students “Informatics of the Future”;

• Round table "Prospects for the development of training for developers of information systems and technologies in Russian higher education."

The grand opening of the conference and the first plenary session will take place on October 29, 2014 at 10:00 am in the White Hall of the House of Scientists
them. M. Gorky RAS at the address: Palace Embankment, 26.

By the beginning of the conference, the Organizing Committee will publish (in a circulation of 500 copies) the program and collection of materials of the conference “RI-2014”, which will include abstracts of about 500 plenary and sectional reports of participants and guests of the conference. The main information sponsor of the Regional Informatics conference for many years has been the Computer-Inform newspaper.

Numerous publications and scientific and practical achievements
The St. Petersburg International Conference “Regional Informatics” testifies to its contribution to the formation of regional informatization policy and the ideology of the development of the information society, the creation of an authoritative platform for discussing policy documents and the most significant projects in the field of informatization, the most important directions for the development of the information sphere of the regions, the dissemination of best practices and propaganda of scientific and technical achievements in priority areas of development of the information society, in which
St. Petersburg rightfully occupies a leading position.

1. Doronin S. E., Moldovyan N. A., Izbash V. I. Primitives of digital signature algorithms: elliptic curves over vector finite fields// XI St. Petersburg International Conference “Regional Informatics” (RI-2008) St. Petersburg, October 22-24, 2008. Conference materials. St. Petersburg, 2008. p. 99.
2. Borkov P. V., Kostina A. A., Moldovyan N. A., Shcherbakov V. A. Finite groups with multidimensional cyclic structure - a new primitive authentication algorithms// XI St. Petersburg International Conference “Regional Informatics” (RI-2008) St. Petersburg, October 22-24, 2008. Conference materials. St. Petersburg, 2008. p. 93-94.
3. Ho Ngoc Duy, Doronin S. E., Moldoveanu P. A., Izbash V. I. Finite groups and vector fields over finite polynomial fields// XI St. Petersburg International Conference “Regional Informatics” (RI-2008) St. Petersburg, October 22-24, 2008. Conference materials. St. Petersburg, 2008. p. 59.
4. Al-Majmar N. A., Gortinskaya L. V., Shcherbakov V. A. Provably strong randomized digital signature schemes based on complexity factorization// XI St. Petersburg International Conference “Regional Informatics” (RI-2008) St. Petersburg, October 22-24, 2008. Conference materials. St. Petersburg, 2008. p. 90-91.
5. Buturlinov A. I., Guryanov D. Yu., Moldovyan D. N. General types of multiplication tables of basis vectors for specifying fields and groups of vectors of even dimension// XI St. Petersburg International Conference “Regional Informatics” (RI-2008) St. Petersburg, October 22-24, 2008. Conference materials. St. Petersburg, 2008. p. 94.
6. Dernova E. S., Kostina A. A., Moldoveanu P. A., Sinev V. E. Primitives of digital signature algorithms: finite groups of matrices over vector fields// XI St. Petersburg International Conference Regional Informatics-2008 (RI-2008) St. Petersburg, October 22-24, 2008. Conference materials. St. Petersburg, 2008. p. 96-97.
7. Dernova E. S., Nguyen Le Minh, Kostina A. A., Shcherbakov V. A. Digital signature schemes that require solving two hard problems in one finite group to crack//XI St. Petersburg International Conference “Regional Informatics” (RI-2008) St. Petersburg, October 22-24, 2008. Conference materials. St. Petersburg, 2008. p. 97-98.
8. Nguyen Le Minh, Al-Majmar N. A., Gortinskaya L. V. Features of the implementation of zero-knowledge and collective signature protocols based on the complexity of factorization and root calculation problems // XI St. Petersburg International Conference "Regional Informatics" (RI- 2008) St. Petersburg, October 22-24, 2008. Conference materials. St. Petersburg, 2008. p. 107.
9. Bazhenov A. A., Galanov A., Gortinskaya L. V., Moldoveanu P. A. End groups for compositional digital signature protocols// XI St. Petersburg International Conference “Regional Informatics” (RI-2008) St. Petersburg, October 22-24, 2008. Conference materials. St. Petersburg, 2008. p. 92-93.
10. Buturlinov A. I., Kupriyanov I. A., Moldovyan D. N. Experimental study of the conditions for the formation of vector fields// XI St. Petersburg International Conference “Regional Informatics” (RI-2008) St. Petersburg, October 22-24, 2008. Conference materials. St. Petersburg, 2008. p. 94-95.
11. Dernova E. S., Kupriyanov I. A., Moldoveanu P. A. Options for implementing digital signature algorithms and choosing the dimension of a vector field// XI St. Petersburg International Conference “Regional Informatics” (RI-2008) St. Petersburg, October 22-24, 2008. Conference materials. St. Petersburg, 2008. p. 97.
12. Ananyev M. Yu., Bazhenov A. A., Galanov A. On the implementation of collective signature protocols based on digital signature standards// XI St. Petersburg International Conference “Regional Informatics” (RI-2008) St. Petersburg, October 22-24, 2008. Conference materials. St. Petersburg, 2008. p. 91.

2006

1. Baranyuk T. N., Vereshchagin V. L. Intelligent monitoring tools for undeclared capabilities of operating systems// Materials of the X St. Petersburg International Conference “Regional Informatics”, October 24-26. SPb.: SPOISU, 2006. pp. 156-157.
2. Bashkov I. O., Gortinskaya L. V. Study of the statistical properties of the EAGLE-128 block cipher// Materials of the X St. Petersburg International Conference “Regional Informatics”, October 24-26. SPb.: SPOISU, 2006. P. 100.
3. Vasiliev S. V. Methodology for assessing the influence of the human factor on the security system of an information system// Materials of the X St. Petersburg International Conference “Regional Informatics”, October 24-26. SPb.: SPOISU, 2006. pp. 103-104.
4. Vereshchagin V. L. Solodyannikov A. V. Using compiler debugging information to monitor uncleared features// Materials of the X St. Petersburg International Conference “Regional Informatics”, October 24-26. SPb.: SPOISU, 2006. P. 104.
5. Vereshchagin V.L., Solodyannikov A.V. Methodology for using compiler debugging information when monitoring software created in different development environments for the absence of non-cleared capabilities // Proceedings of the X St. Petersburg International Conference “Regional Informatics”, October 24-26. SPb.: SPOISU, 2006. P. 105.
6. Voskresensky S. I., Kostin A. A. Development of neuro-fuzzy classification tools for adaptive security systems computer networks // Materials of the X St. Petersburg International Conference “Regional Informatics”, October 24-26. SPb.: SPOISU, 2006. pp. 106-107.
7. Galanov A.I. Use of RuToken electronic identifiers in information security tools// Materials of the X St. Petersburg International Conference “Regional Informatics”, October 24-26. SPb.: SPOISU, 2006. P. 107.
8. Gershkovich T. P., Emelin V. I. Some results of a study of the influence of institutional factors on the development of housing facilities in St. Petersburg // Proceedings of the X St. Petersburg International Conference “Regional Informatics”, October 24-26. SPb.: SPOISU, 2006. pp. 18-19.
9. Gribachev V. P. Neural network module for fast calculations in Galois fields// Materials of the X St. Petersburg International Conference “Regional Informatics”, October 24-26. SPb.: SPOISU, 2006. pp. 29-30.
10. Gribachev V. P. Design of complex neural network protection and control systems information flows in flexible automated production management systems // Materials of the X St. Petersburg International Conference “Regional Informatics”, October 24-26. SPb.: SPOISU, 2006. P. 108.
11. Emelin V. I., Yushkov S. A. Synthesis of elements of organizational structures for information security socially - economic systems// Materials of the X St. Petersburg International Conference “Regional Informatics”, October 24-26. SPb.: SPOISU, 2006. pp. 109-110.
12. Eremeev M. A. Cryptanalysis of substitution-permutation block ciphers// Materials of the X St. Petersburg International Conference “Regional Informatics”, October 24-26. SPb.: SPOISU, 2006. P. 110.
13. Zurov E. V. Development of tools and methods for automated construction of expert systems// Materials of the X St. Petersburg International Conference “Regional Informatics”, October 24-26. SPb.: SPOISU, 2006. pp. 31-32.
14. Kostin A. A., Fakhrutdinov R. Sh. On the issue of monitoring LAN information resources// Materials of the X St. Petersburg International Conference “Regional Informatics”, October 24-26. SPb.: SPOISU, 2006. pp. 85-86.
15. Moldovyan A. A., Dolgirev D. V., Kostin A. A., Vus M. A. On the relevance of setting the problem of developing methods and means for creating a limited circulation zone removable media computer information // Materials of the X St. Petersburg International Conference “Regional Informatics”, October 24-26. SPb.: SPOISU, 2006. pp. 117-118.
16. Moldovyan A. A., Morozova E. V. Switchable managed operations - a promising cryptographic primitive// Materials of the X St. Petersburg International Conference “Regional Informatics”, October 24-26. SPb.: SPOISU, 2006. P. 118.
17. Moldovyan U. A., Zabolotny A. P. Development of hash functions with a secret for certification systems software // Materials of the X St. Petersburg International Conference “Regional Informatics”, October 24-26. SPb.: SPOISU, 2006. P. 119.
18. Moldoveanu P. A. Architecture of a universal bit permutation instruction for processors general purpose // Materials of the X St. Petersburg International Conference “Regional Informatics”, October 24-26. SPb.: SPOISU, 2006. pp. 119-120.
19. Muravyov I. A. Design of a database access system based on an electronic digital signature// Materials of the X St. Petersburg International Conference “Regional Informatics”, October 24-26. SPb.: SPOISU, 2006. pp. 121-122.
20. Poznakhirko K. A. Comparison criteria antivirus programs for PC// Materials of the X St. Petersburg International Conference “Regional Informatics”, October 24-26. SPb.: SPOISU, 2006. pp. 124-125.
21. Solodyannikov A.V., Fedorov M.I. Implementation of methods for automating source text analysis during software certification// Materials of the X St. Petersburg International Conference “Regional Informatics”, October 24-26. SPb.: SPOISU, 2006. pp. 128-129.
22. The task of destroying information stored on drives with magnetic disks // Materials of the X St. Petersburg International Conference “Regional Informatics”, October 24-26. SPb.: SPOISU, 2006. pp. 173-174.
23. Fakhrutdinov R. Sh., Yushkov S. A. A method for guaranteed erasure of information stored on drives with hard magnetic disks// Materials of the X St. Petersburg International Conference “Regional Informatics”, October 24-26. SPb.: SPOISU, 2006. P. 174.

2004

1. Kibakin V. P. Model of a transceiver radio channel in rough sea conditions// Materials of the IX St. Petersburg International Conference “Regional Informatics”, June 22-24. SPb.: SPOISU, 2004. pp. 93-94.
2. Baranyuk T. N. Analysis of methods for implementing the requirement to take into account documents issued to the printer in information security systems // Materials of the IX St. Petersburg International Conference “Regional Informatics”, June 22-24. SPb.: SPOISU, 2004. pp. 115-116.
3. Golubev A. A. Assessment of the possibility of implementing the requirements of GOST ISO/IEC 15408-2002 with built-in security tools of the NOVELL NETWARE 5.x OS.// Materials of the IX St. Petersburg International Conference “Regional Informatics”, June 22-24. SPb.: SPOISU, 2004. P. 123.
4. Zurov E. V. Selecting criteria for comparing access control mechanisms in information security systems// Materials of the IX St. Petersburg International Conference “Regional Informatics”, June 22-24. SPb.: SPOISU, 2004. pp. 129-130.
5. Kibakin V. P. Communication radio buoy emergency warning marine VHF radio link// Materials of the IX St. Petersburg International Conference “Regional Informatics”, June 22-24. SPb.: SPOISU, 2004. P. 131.
6. Mirin A. Yu. Method for guaranteed destruction of information from digital magnetic media// Materials of the IX St. Petersburg International Conference “Regional Informatics”, June 22-24. SPb.: SPOISU, 2004. pp. 141-142.
7. Perervenko A.V. Analysis of the draft protection profile “tag protection” (PP MH), developed on the basis of the methodology of the national standard ISO/IEC 15408-2002 // Proceedings of the IX St. Petersburg International Conference “Regional Informatics”, June 22-24. SPb.: SPOISU, 2004. P. 147.
8. Vereshchagin V. L., Maksimov R. V. Methodological problems of modeling secure automated systems// Materials of the IX St. Petersburg International Conference “Regional Informatics”, June 22-24. SPb.: SPOISU, 2004. P. 119.
9. Vereshchagin V. L., Pavlovsky A. V. Statement of the problem of protecting communication equipment of automated systems// Materials of the IX St. Petersburg International Conference “Regional Informatics”, June 22-24. SPb.: SPOISU, 2004. P. 120.
10. Zabolotny A. P., Fakhrutdinov R. Sh., Baranyuk T. N., Kostin A. A., Mirin A. Yu. An integrated approach to ensuring information and computer security of automated systems// Materials of the IX St. Petersburg International Conference “Regional Informatics”, June 22-24. SPb.: SPOISU, 2004. P. 126.
11. Kutuzov M.V. Using “general criteria” when choosing a system for protecting information from unauthorized access// Materials of the IX St. Petersburg International Conference “Regional Informatics”, June 22-24. SPb.: SPOISU, 2004. pp. 137-138.
12. Melnikov A. G. Cryptographic protection electronic documents V operating system WINDOWS// Materials of the IX St. Petersburg International Conference “Regional Informatics”, June 22-24. SPb.: SPOISU, 2004. P. 140.
13. Minh Nguyen, Moldovyan N. A. Optimization of hardware implementation of cryptographic functions in telecommunication devices// Materials of the IX St. Petersburg International Conference “Regional Informatics”, June 22-24. SPb.: SPOISU, 2004. P. 141.
14. Moldovyan A. A. Total information protection based on high-speed ciphers// Materials of the IX St. Petersburg International Conference “Regional Informatics”, June 22-24. SPb.: SPOISU, 2004. P. 143.
15. Moldovyan N. A., Eremeev M. A., Minh Nguyen. Towards the synthesis of ciphers based on key-dependent operations// Materials of the IX St. Petersburg International Conference “Regional Informatics”, June 22-24. SPb.: SPOISU, 2004. pp. 143-144.
16. Moldoveanu P. A. An approach to improving the performance of software algorithms for information security// Materials of the IX St. Petersburg International Conference “Regional Informatics”, June 22-24. SPb.: SPOISU, 2004. pp. 144-145.
17. Morozova E.V. Using a visual modeling system in the synthesis of cryptoalgorithms// Materials of the IX St. Petersburg International Conference “Regional Informatics”, June 22-24. SPb.: SPOISU, 2004. pp. 145-146.
18. Voevoda F. S., Maksimov R. V. Problems of security analysis of telecommunication systems// Materials of the IX St. Petersburg International Conference “Regional Informatics”, June 22-24. SPb.: SPOISU, 2004. pp. 120-121.
19. Kostin A. A. Expert systems in problems of detecting and countering computer attacks in global computer networks // Proceedings of the IX St. Petersburg International Conference “Regional Informatics”, June 22-24. SPb.: SPOISU, 2004. pp. 135-136.
20. Kostin A. A., Maksimov R. V. Methodology for analyzing the security of information processed in automated systems// Materials of the IX St. Petersburg International Conference “Regional Informatics”, June 22-24. SPb.: SPOISU, 2004. P. 136.
21. Maksimov R.V., Lebedev A.Yu. Methodology for monitoring information flows of technological exchange in automated systems// Materials of the IX St. Petersburg International Conference “Regional Informatics”, June 22-24. SPb.: SPOISU, 2004. P. 139.
22. Tuktamyshev M. R., Lysov V. V. Application of adaptive neuro-fuzzy inference systems to detect attacks on automated systems for processing classified information / Proceedings of the IX St. Petersburg International Conference “Regional Informatics”, June 22-24. SPb.: SPOISU, 2004. P. 154.
23. Dolgirev D.V., Zaitsev A.A., Lemishevskaya A.L. Retrieval of distributed information for corporate computer networks // Materials of the IX St. Petersburg International Conference “Regional Informatics”, June 22-24. SPb.: SPOISU, 2004. P. 40.
24. Eremeev M. A., Novikov P. A. Analysis of the strength of information security algorithms based on algebraic crypto-code structures// Materials of the IX St. Petersburg International Conference “Regional Informatics”, June 22-24. SPb.: SPOISU, 2004. pp. 125-126.

2002

1. Izotov B.V. Cellular substitution operation as a cryptographic primitive// Materials of the VIII St. Petersburg International Conference “Regional Informatics”, November 26-28. SPb.: SPOISU, 2002. Part 1. P. 114.
2. Morozova E.V. Controlled operations in ciphers with a simple key usage schedule// Materials of the VIII St. Petersburg International Conference “Regional Informatics”, November 26-28. SPb.: SPOISU, 2002. part 1. pp. 123-124.
3. Vorobiev V.A. Hardware implementation of high-speed ciphers// Materials of the VIII St. Petersburg International Conference “Regional Informatics”, November 26-28. SPb.: SPOISU, 2002. part 1. pp. 100-101.
4. Cherepanova Yu.E. On the issue of monopoly in the information sphere// Materials of the VIII St. Petersburg International Conference “Regional Informatics”, November 26-28. SPb.: SPOISU, 2002. part 1. P.136-137.
5. Belkin T.G. Some aspects of construction complex systems information protection in corporate networks // Materials of the VIII St. Petersburg International Conference “Regional Informatics”, November 26-28. SPb.: SPOISU, 2002. part 1. P. 95.
6. Belkin T.G., Zabolotny A.P., Moldovyan U.A. Approach to protecting storage media from copying// Materials of the VIII St. Petersburg International Conference “Regional Informatics”, November 26-28. St. Petersburg: SPOISU, 2002. part 1. pp. 95-96.
7. Dolgirev D.V. Protection confidential information. New perspectives// Materials of the VIII St. Petersburg International Conference “Regional Informatics”, November 26-28. SPb.: SPOISU, 2002. part 1. pp. 105-106.
8. Eremeev M.A., Novikov P.A. Methodology for constructing cryptographic primitives - controlled operational substitutions// Materials of the VIII St. Petersburg International Conference “Regional Informatics”, November 26-28. SPb.: SPOISU, 2002. part 1. pp. 108-109.
9. Zabolotny A.P., Moldovyan U.A. The approach to the creation of the Yantar SZI// Materials of the VIII St. Petersburg International Conference “Regional Informatics”, November 26-28. SPb.: SPOISU, 2002. part 1. P.109-110.
10. Vorontsova L.F., Datii A.V. Problems of legal regulation of interaction between penal institutions and the media// Materials of the VIII St. Petersburg International Conference “Regional Informatics”, November 26-28. SPb.: SPOISU, 2002. part 1. P.143-144.
11. Datii A.V., Vorontsova L.F. Educational and information database “civil law of Russia and foreign countries” for universities// Materials of the VIII St. Petersburg International Conference “Regional Informatics”, November 26-28. SPb.: SPOISU, 2002. part 1. P. 144.
12. Eremeev M.A., Kornienko A.A. Resistance to differential cryptanalysis of an information encryption algorithm with controlled substitution-permutation networks // Proceedings of the VIII St. Petersburg International Conference “Regional Informatics”, November 26-28. SPb.: SPOISU, 2002. part 1. P.107.

2001

1. Izotov B.V. Controlled substitution operations in block ciphers// Proceedings of the VII St. Petersburg International Conference “Regional Informatics”, December 5-8. SPb.: SPOISU. 2001. P.222-223.
2. Alekseev L.E., Belkin T.G. Some methods for analyzing block cryptoalgorithms// Proceedings of the VII St. Petersburg International Conference “Regional Informatics”, December 5-8. SPb.: SPOISU. 2001. P.212-213.
3. Eremeev M.A., Izotov B.V., Moldovyan A.A. Application of cascade controlled substitutions for constructing block cryptoalgorithms// Proceedings of the VII St. Petersburg International Conference “Regional Informatics”, December 5-8. SPb.: SPOISU. 2001. P.221.
4. Melnik A.A., Korkishko T.A., Moldovyan N.A., Guts N.D. Implementation of high-speed hardware ciphers based on controlled permutations// Proceedings of the VII St. Petersburg International Conference “Regional Informatics”, December 5-8. SPb.: SPOISU. 2001. P.226-227.
5. Moldovyan A.A., Moldovyan N.A. Options for constructing high-speed software hash functions// Proceedings of the VII St. Petersburg International Conference “Regional Informatics”, December 5-8. SPb.: SPOISU. 2001. P.227-228.
6. Savlukov N.V., Maslovsky V.M., Belkin T.G., Moldovyan A.A. Information processing technologies for the synthesis of high-speed secure control systems for telecommunication systems // Proceedings of the VII St. Petersburg International Conference “Regional Informatics”, December 5-8. SPb.: SPOISU. 2001. P.230.
7. Moldovyan N.A., Guts N.D., Izotov B.V. Practical aspects of constructing block ciphers using controlled permutations// Proceedings of the VII St. Petersburg International Conference “Regional Informatics”, December 5-8. SPb.: SPOISU. 2001. pp. 205-206.
8. Eremeev M.A. Mathematical model of the functioning of an information security system in conditions of dynamic information conflict // Proceedings of the VII St. Petersburg International Conference “Regional Informatics”, December 5-8. SPb.: SPOISU. 2001. P.221-222.