Abstract: A use case scenario dealing with the formal presentation of semantic Web services for technology-enhanced learning has been developed in the frames of the SINUS project “Semantic Technologies for Web Services and Technology Enhanced Learning” . The main functionality and design of the SINUS platform, as well as its usage, are demonstrated on the basis of this scenario.

Keywords: Use Case Scenario, Technology-enhanced Learning, Semantic Web Services, Multimedia Digital Libraries.

ACM Classification Keywords: H.3.5 Online Information Services – Web-based services, K.3.1 Computer Uses in Education – Distance learning, H.3.7 Digital Libraries – Collection, Dissemination, System issues.

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A USE CASE SCENARIO FOR TECHNOLOGY-ENHANCED LEARNING THROUGH SEMANTIC WEB SERVICES

Lilia Pavlova-Draganova?, Desislava Paneva-Marinova?, Lubomil Draganov

http://foibg.com/ijitk/ijitk-vol03/IJITK03-3-p04.pdf

Abstract: Application of ECG scale-space representation and its derivatives for clarification of point positions on results of wavelet detector for increase of boundary points determination accuracy in the automatic mode at higher rapidness while providing maximal reliability of recognition of ECG elements is offered. In addition, possibility of scale-space representation application is investigated for the selection of cardiac cycles for averaging signal. A new method of optimal drug selection is also proposed that reduces recipe space more than doubled taking into account required for treatment of patient symptoms pharmacological actions of drugs. Using the obtained function as function of goal for deterministic parametric model of optimal selection of multi-direction activity drugs allows adequately and systematically complete process of selecting of effective treatment of all symptoms of patient..

Keywords: electrocardiogram, ECG analysis, diagnostics, curvature, scale-space, dynamic programming, м-rate of curvature, optimal drug selection, coefficient of efficiency of impact.

ACM Classification Keywords: I.5 PATTERN RECOGNITION and J.3 LIFE AND MEDICAL SCIENCES

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IMPROVING OF RECOGNITION ACCURACY OF ECG-SIGNAL IN VARIOS DISORDERS OF HEART AND OPTIMIZATION OF TREATMENT BY DRUGS

Nataliya Bilous, Elena Visotskaja, Olga Kozina, Andrey Porvan, Gleb Kobzar, Alexey Krasov

http://foibg.com/ijitk/ijitk-vol03/IJITK03-3-p03.pdf

Abstract: This study is a continuation of the development of the “Electronic Mosquito,” a minimally-invasive blood sampling and analysis device. Wireless communication is a pivotal feature of the Electronic Mosquito in terms of usability and future applicability. The present article describes the design process used to construct a working wireless communication link using an established and reliable protocol. The resulting wireless link performed to specifications, with an empirically determined range of about 20 feet. Power consumption analysis indicated that the wireless system could operate for 100 days off of a CR2032 battery without any power control, and likely longer if power management is implemented in the software. The adopted communication protocol also appears to be a likely candidate for the creation of a Personal Area Medical Network standard which could greatly benefit modern medicine as well as the Electronic Mosquito.

Keywords: Electronic Mosquito, Diabetes, Non-Invasive? Monitoring, Control Systems, Wireless, ANT

ACM Keywords: Medical Information Systems

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WIRELESS COMMUNICATION AND CONTROL SYSTEM FOR PORTABLE MICRO-ELECTROMECHANICAL DEVICE FOR REAL-TIME BLOOD SAMPLING AND GLUCOSE ANALYSIS (ELECTRONIC MOSQUITO)

Tristan D. Jones, Karan Kaler, Michel Fattouche, Martin P. Mintchev

http://foibg.com/ijitk/ijitk-vol03/IJITK03-3-p02.pdf

Abstract: Main features of a new method of expert knowledge elicitation – method of generalized interval estimations – and peculiarities of its using in decision making are presented. Expert estimation of an analyzed quantitative parameter is defined in the framework of the method by a set of intervals. This set may be shown on a plane (X, Y) by a curvilinear trapezoid. If densities of probability distributions were defined on Y-axis (“weights” of different interval estimations at their set) and on X-axis (for all interval estimations at the set) we received generalized interval estimation (GIE) of the parameter. GIE method may be used at different directions. Firstly, we may reduce GIE to mono-interval estimation averaging distributions on X-axis, taking into account their weights, and use then famous probabilistic methods to analyze problem. The average distribution is in fact a probability mixture of distributions on intervals of their set. Secondly, we may study complete structure of interval estimations that reflects expert knowledge in details. Here we automatically receive for resulting diagrams (X -parameter value, Y - level of probability) such probability distributions that are boundaries of all distributions of GIE (probability tube, or box). Besides we may receive probability distributions for different sections of p-tube both for parameter values and for probability levels and use these curves in the process of decision-making. At last, we may use GIE method as an instrument of scenario analysis in decision-making. Illustrative examples are given in the paper to demonstrate the decision-making, expert knowledge and scenario analysis aspects of the proposed approach.

Keywords: Generalized interval estimations, scenario analysis, generalized probability distributions, probability tubes.

ACM Classification Keywords: H.4.2 Types of Systems – Decision support; G.3 Probability and Statistics – Distribution functions.

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GENERALIZED INTERVAL ESTIMATIONS IN DECISION MAKING AND SCENARIO ANALYSIS

Gennady Shepelyov, Michael Sternin

Abstract: The dual problem of fuzzy portfolio optimization is considered and investigated. A mathematical model of this problem was constructed, explored and the sufficient conditions for its convexity were obtained. The sufficient optimality conditions of its solution are presented.

Keywords: fuzzy portfolio, optimization, dual problem, optimality conditions

ACM Classification Keywords: H.4.2. Information system Applications: Types of Systems Decision Support

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DUAL PROBLEM OF FUZZY PORTFOLIO OPTIMIZATION

Yuriy Zaychenko, Maliheh Esfandiaryfard

http://foibg.com/ijitk/ijitk-vol03/IJITK03-2-p06.pdf

Abstract: The subsystem of simulation model completion is discussed. This subsystem is one of the components of computer-aided design and simulation system Triad.Net. Triad.Net is dedicated to computer systems design. And it is well-known, that very often investigators do not know about the behavior in details of each component of computer system being under design in the early stages of this process. The paper considers an ontology-based approach for the incomplete simulation model analysis and its automatic completion. A behavior procedure for the undefined element is searched for in special database and included in simulation model. The paper considers the method of model completion, namely, introduces the concept of a “semantic type” and some conditions that should be fulfilled for an appropriate behavior procedure to be chosen. The base ontology of simulation model representation is discussed and the choice of language OWL is explained. The presented example shows the process of simulation model automatic completion, illustrates the use of semantic type and additional conditions. Besides, the paper describes the programming tools which provide an ontology-based automatic completion, presents the semiautomatic completion of partly described simulation model in simulation system Triad and the architecture of the program subsystem being under consideration.

Keywords: Simulation, ontology, simulation model uncertainty, automatic completion, OWL.

ACM Classification Keywords: I.6 SIMULATION AND MODELING I.6.2 Simulation Languages:J.6 COMPUTER-AIDED ENGINEERING I.2 ARTIFICIAL INTELLIGENCE I.2.5 Programming Languages and Software - Expert system tools and techniques

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AN ONTOLOGY-BASED APPROACH TO THE INCOMPLETE SIMULATION MODEL ANALYSIS AND ITS AUTOMATIC COMPLETION

Alexander Mikov, Elena Zamyatina, Evgenii Kubrak

http://foibg.com/ijitk/ijitk-vol03/IJITK03-2-p05.pdf

Abstract: The structural model of gray-scale picture is offered. The structural model supposes the selection of objects in the image, thus their description is invariant in relation to affine transformations. Object form is exhaustive its description of. Object form is defined by its contour and the optical density function, which is certain within its contour bounds. The determination of halftone picture contour is proposed, as a sequence, consisting of straight line segments and curve arcs, and the straight line segments and the curve arcs are the critical lines of surface which corresponds to the halftone picture. An example, how to use the structural model of halftone picture for the medical preparations image processing got on the method of Kyrlyan, is considered.

Key words: structural analysis of halftone picture, contour, row model, segmentation

ACM Classification Keywords: I.5.1 Models, I.3.5 Computational Geometry and Object Modeling.

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STRUCTURAL MODEL OF HALFTONE IMAGE AND IMAGE SEGMENTATION EXPERIMENTS

Vitaly Vishnevsky, Vladimir Kalmykov, Tatyana Vlasova

http://foibg.com/ijitk/ijitk-vol03/IJITK03-2-p04.pdf

Abstract: In this paper we present different approaches to multi-source data integration for the solution of complex applied problems, in particular flood mapping and vegetation state estimation using satellite, modelling and in-situ data. Since these applications are data- and computation-intensive, we use Grid computing technologies. In such a case computational and informational resources are geographically distributed and may belong to different organisations. For this purpose, we also investigate benefits of different approaches to the integration of satellite-based monitoring systems.

Keywords: data integration, Earth observation, flood mapping, inverse modelling, neural network, Grid technologies, information system, geospatial information.

ACM Classification Keywords: I.5.1 Pattern Recognition Models – Neural nets; G.1.8 Numerical Analysis Partial Differential Equations - Inverse problems; D.2.12 Software Engineering Interoperability; F.1.2 Theory of Computation Modes of Computation - Parallelism and concurrency; F.1.1 Models of Computation - Probabilistic computation; G.4 Mathematical Software - Parallel and vector implementations; H.1.1 Information Systems Models and Principles - Systems and Information Theory; H.3.5 Information Storage and Retrieval Online Information Services; I.4.6 Image Processing and Computer Vision Segmentation - Pixel classification; I.4.8 Scene Analysis - Sensor fusion; J.2 Computer Applications Physical Sciences and Engineering - Earth and Atmospheric Sciences

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HIGH-PERFORMANCE INTELLIGENT COMPUTATIONS FOR ENVIRONMENTAL AND DISASTER MONITORING

Nataliia Kussul, Andrii Shelestov, Sergii Skakun, Oleksii Kravchenko

http://foibg.com/ijitk/ijitk-vol03/IJITK03-2-p03.pdf

Abstract: Swallowable capsule endoscopy is used for non-invasive diagnosis of some gastrointestinal (GI) organs. However, control over the position of the capsule is a major unresolved issue. This study presents a design for steering the capsule based on magnetic levitation. The levitation is stabilized with the aid of a feedback control system and diamagnetism. Peristaltic and gravitational forces to be overcome were calculated. A levitation setup was built to analyze the feasibility of using Hall Effect sensors to locate the in-vivo capsule. CAD software Maxwell 3D (Ansoft, Pittsburgh, PA) was used to determine the dimensions of the resistive electromagnets required for levitation and the feasibility of building them was examined. Comparison based on design complexity was made between positioning the patient supinely and upright.

Keywords: capsule endoscopy, gastrointestinal disorders, aided magnetic levitation.

ACM Classification Keywords: J.3 Life and Medical Sciences

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ON THE FEASIBILITY OF STEERING SWALLOWABLE MICROSYSTEM CAPSULES USING AIDED MAGNETIC LEVITATION

Billy Wu, Martin P. Mintchev

http://foibg.com/ijitk/ijitk-vol03/IJITK03-2-p02.pdf

Abstract: Digital watermarking (WM) is the process that embeds an additional, identifying message called a watermark into a host multimedia object, such as audio, image or video for authentication purpose. Recently, digital WM technique, an information hiding technique has been investigated as one of the key authentication methods to maintain authenticity and security of multimedia content. By adding a transparent watermark to the multimedia content, it can be possible to make any malicious alteration detected to verify the integrity and the ownership of the digital media. During the last several years various WM techniques for still image have been extensively invented for software implementations due to the low data rate of these signals. Although the software approach holds an advantage of flexibility, certain computational restrictions may arise when attempting to operate at video rate or in portable devices. The hardware-level design offers several distinct advantages over the software implementation in terms of lower power consumption, reduced area and reliability. Therefore, there is a strong motivation for a move toward the hardware-based implementation for digital video WM system. In order to give a help for future related research works, this paper presents an up to date overview of digital video WM techniques and discusses the important considerations involving in designing VLSI architecture for a novel WM system in many ways. First of all, it goes through a brief survey on WM theory, laying out common classification criterions, discussing the properties of video WM techniques including the specific requirements as well as the comparison to image WM schemes. Various applications of video WM in practice are discussed. Since each WM application has its own specific requirements, WM design must take the intended application into account. Furthermore, the features of video WM implementations in software and hardware and comparison on those two approaches are presented from several points of view: major advantages, drawbacks and differences through the description of several examples of previous works. In addition, a versatile development methodology for hardware WM implementation including the general scheme of a proposed digital video WM system and testing using the custom breadboard are described.

Keywords: Digital video, watermarking, WM, hardware implementation, security.

ACM Classification Keywords: B.0 Hardware

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HARDWARE IMPLEMENTATIONS OF VIDEO WATERMARKING

Xin Li, Yonatan Shoshan, Alexander Fish, Graham Jullien, Orly Yadid-Pecht?

http://foibg.com/ijitk/ijitk-vol03/IJITK03-2-p01.pdf

Abstract: The article deals with necessity and value of lecture courses in Higher Education Institutions, with animation of educational and cognitive activity of the students during the lecture course with multimedia courseware (MC) application, and with the integrative structure of multimedia courseware of electro-technical lecture course.

Key words: Education, multimedia lecture, multimedia-based courseware

ACM Classification Keywords: K.3.1 Computer Uses in Education, J.2 Physical Sciences and Engineering.

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THE INTEGRATIVE STRUCTURE OF MULTIMEDIA COURSEWARE OF ELECTROTECHNICAL LECTURE COURSE

Larisa Zaynutdinova, Natalia Semyenova

http://foibg.com/ijitk/ijitk-vol03/IJITK03-1-p07.pdf

Abstract: The problem of a semantic gap between multimedia content and its textual annotation defined by user is urgent. This paper presents the combined approach to presentation of multimedia semantics which is based on aggregation of several multimedia that are similar by content and textual annotations into the classes. Such classes will contain generalized descriptions of objects and links reflected in the multimedia, and keywords from some thesaurus. To create and update these classes we also describe the hierarchical clustering and machine learning operations. This approach should expand the multimedia search and navigating area due to including the media documents with similar content and text descriptions.

Keywords: multimedia data mining, content based multimedia retrieval, text based multimedia retrieval.

ACM Classification Keywords: H.3.1 Content Analysis and Indexing - Abstracting methods. H.5.1 Multimedia Information Systems - Evaluation/methodology.

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THE COMBINED APPROACH TO PRESENTATION OF MULTIMEDIA CONTENT AND TEXTUAL ANNOTATION

Dmytro Nochevnov

http://foibg.com/ijitk/ijitk-vol03/IJITK03-1-p06.pdf

Abstract: Methods of creation and development of distributed information systems dynamically adapted to varying requirements of users and service conditions are considered. Described means are based on use of multilevel models. These models represent various parties of system functioning and system domain with various levels of abstraction and from different points of view. System functioning is based on the models interpretation. This approach is realized in the CASE-technology METAS intended for maintenance of all life cycle of dynamically adaptable systems. The basic levels of the system description are the logical level (the system objects description with data domain terms), the physical level (the description of data presentation in a database) and the presentation level (the description of user interface). All models can be changed during system functioning. New models can be developed on the basis of these models. Now the model of reporting, the Web-model and the business-processes model are created. Adaptation possibilities are based on various means of model development such as language toolkit, tools of data re-structuring, means of generation and adjustment of user interface and so on. Software tools of external data import, means of replication of data and models, tools of program components integration and document management subsystem are included in CASE-system too. This technology is based on DSM and DSL: domain specific languages are used as tools for development of domain models. Objects attributes, operations and business rules are described via DSL. The language toolkit is used for DSL creation. It is the base for the multilevel metamodelling. In such a way development of DSL for the specific domain is the first step of information system creation.

Keywords: Adaptable information systems, CASE-technology, metadata, metamodelling, domain-specific modeling, DSM, domain specific languages, DSL.

ACM Classification Keywords: D. Software: D.2 Software Engineering: D.2.2 Design Tools and Techniques – Computer-aided software engineering (CASE); D.2.11 Software Architectures – Domain-specific architectures; D.2.13 Reusable Software – Domain engineering, Reuse models.

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METAMODELLING AND MULTILEVEL METADATA AS A BASIS OF TECHNOLOGY THAT IS INTENDED FOR DEVELOPMENT OF ADAPTABLE INFORMATION SYSTEMS

Lyudmila Lyadova

http://foibg.com/ijitk/ijitk-vol03/IJITK03-1-p05.pdf

Abstract: The “Knowledge Technologies for Creation of Digital Presentation and Significant Repositories of Folklore Heritage” research project uses the semantic-based and multimedia digital libraries technologies for innovative presentation, preservation and creative usage of the digitalized Bulgarian folklore knowledge. This paper presents the architecture of the Bulgarian folklore digital library, its main services and components, semantically described folklore objects, types of users, and their activities. The presented structure pursues the powerful and efficient functionalities for effective content structuring, storage, access, search, filtering, maintenance, metadata annotation, indexing, and dissemination.

Keywords: Multimedia Digital Libraries – Functional Specification and Standardization, Multimedia Digital Libraries Architectures, Service-Based? Architecture, Bulgarian Folklore

ACM Classification Keywords: H.3.7 Digital Libraries – Collection, Dissemination, System issues.

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TOWARDS AN INNOVATIVE PRESENTATION AND CREATIVE USAGE OF THE BULGARIAN FOLKLORE WEALTH

Desislava Paneva-Marinova?, Radoslav Pavlov, Konstantin Rangochev, Detelin Luchev, Maxim Goynov

http://foibg.com/ijitk/ijitk-vol03/IJITK03-1-p04.pdf

Abstract: The paper develops and illustrates an approach to transformation of information represented as graph structures. It also provides the conceptual information transformation system based on mapping of graph structures. The system comprises three levels which makes it possible to adapt the transformer to information of different domains. Each level has its own models for describing information and specifying ways of its transformation. The transformer can operate with both structural and textual representations of information. The paper describes the general architecture of the transformer and its components. It offers models describing graph structures and mappings which are specifications for graph transformation. It also exemplifies descriptions of graph structures and syntax restrictions which are imposed on the former. The paper provides a fragment of description of one mapping of graph structure on the other. This approach is implemented in the prototype that ensures program translation from one procedural programming language into another. The prototype supports such languages as Pascal, C, languages of structure program models and is developed within the framework of the program transformation system. The prototype is implemented in the Java programming environment.

Keywords: Transformation of information; rule-based transformation of graphs; structure mapping; structure editing.

ACM Classification Keywords: I.2.5 Artificial intelligence: programming languages and software

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INFORMATION TRANSFORMATION SYSTEM BASED ON MAPPING OF GRAPH STRUCTURES

Margarita Knyazeva, Vadim Timchenko

http://foibg.com/ijitk/ijitk-vol03/IJITK03-1-p03.pdf

Abstract: In this paper a robust learning algorithm for adaptive compartmental wavelon based on R. Welsh criterion is proposed. Suggested learning algorithm under consideration allows the signals processing in presence of significant noise level and outliers. The robust learning algorithm efficiency is investigated and confirmed by the number of experiments including bio-medical applications.

Keywords: computational intelligence, hybrid architecture, wavelet, adaptive compartmental wavelon, robust learning algorithm, outliers resistant.

ACM Classification Keywords: I.2.6 Learning – Connectionism and neural nets.

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ADAPTIVE COMPARTMENTAL WAVELON WITH ROBUST LEARNING ALGORITHM

Yevgeniy Bodyanskiy, Oleksandr Pavlov, Olena Vynokurova

http://foibg.com/ijitk/ijitk-vol03/IJITK03-1-p02.pdf

Abstract: Linguistic theory, cognitive, information, and mathematical modeling are all useful while we attempt to achieve a better understanding of the Language Faculty (LF). This cross-disciplinary approach will eventually lead to the identification of the key principles applicable in the systems of Natural Language Processing. The present work concentrates on the syntax-semantics interface. We start from recursive definitions and application of optimization principles, and gradually develop a formal model of syntactic operations. The result – a Fibonacci-like syntactic tree – is in fact an argument-based variant of the natural language syntax. This representation (argument-centered model, ACM) is derived by a recursive calculus that generates a mode which connects arguments and expresses relations between them. The reiterative operation assigns primary role to entities as the key components of syntactic structure. We provide experimental evidence in support of the argument-based model. We also show that mental computation of syntax is influenced by the inter-conceptual relations between the images of entities in a semantic space. This work represents a further step in the formal description of the observed syntax-semantics dependencies. The assumption is made that the syntax-semantic interface is best explained as a particular operation, Merge that applies at both semantic and syntactic levels. The resulting formal description of the stages of syntactic treatment complies with the results of the experiment. A formal model of syntactic operations is developed starting from recursive definitions and application of optimization principles. The result – a Fibonacci-like syntactic tree – is in fact an argument-based variant of the natural language syntax.

Keywords: natural language, mathematical modeling, cognitive modeling

ACM Classification Keywords: I.2 Artificial Intelligence, 1.2.0. Cognitive simulation

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EXPERIMENTAL SUPPORT OF SYNTACTIC COMPUTATION BASED ON SEMANTIC MERGE OF CONCEPTS

Velina Slavova, Alona Soschen

http://foibg.com/ijitk/ijitk-vol03/IJITK03-1-p01.pdf

Abstract: A novel approach of automatic ECG analysis based on scale-scale signal representation is proposed. The approach uses curvature scale-space representation to locate main ECG waveform limits and peaks and may be used to correct results of other ECG analysis techniques or independently. Moreover dynamic matching of ECG CSS representations provides robust preliminary recognition of ECG abnormalities which has been proven by experimental results.

Keywords: electrocardiogram, ECG analysis, express-diagnostics, curvature scale-space, dynamic programming, dynamic time wrapping.

ACM Classification Keywords: I.5 Pattern Recognition.

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AUTOMATIC ECG ANALYSIS FOR PRELIMINARY AND DETAILED DIAGNOSTICS BASED ON SCALE-SPACE REPRESENTATION

Natalie Belous, Gleb Kobzar

http://www.foibg.com/ibs_isc/ibs-07/IBS-07-p07.pdf

Abstract: Given in the report conceptual presentation of the main principles of fractal-complexity Ration of the media and thinking processes of the human was formulated on the bases of the cybernetic interpretation of scientific information (basically from neurophysiology and neuropsychology, containing the interpretation giving the best fit to the authors point of view) and plausible hypothesis's, filling the lack of knowledge.1-4 Keywords: organization memory, pattern recognition, problem solving, emotional factor, bionic model. ACM Classification Keywords: I.2.4 Knowledge Representation Formalisms and Methods, I.5.1 Pattern recognition – Models

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BASIC PRINCIPLES OF ORGANIZATION OF THE MEDIUM AND THINKING PROCESS OF THE HUMAN IN ITS CONCEPTUAL PRESENTATION

Yuriy Belov, Zinoviy Rabinovich

http://www.foibg.com/ibs_isc/ibs-07/IBS-07-p32.pdf

Abstract: Relation between dermatoglyphic signs and temperaments types is considered. An algorithm for papillary patterns classification and Izenk’s two factors model are used for establishment relationship asymmetry signs with psychic functional state of human’s organism.

Keywords: papillary patterns analyze, dermatoglyphic signs, temperament type

ACM Classification Keywords: J.3 Life and medical science. Medical information systems

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ANALYSIS OF DERMATOGLYPHIC SIGNS FOR DEFINITION PSYCHIC FUNCTIONAL STATE OF HUMAN'S ORGANISM

Anatoly Bykh, Elena Visotska, Vladimir Kobzev, Yury Mischeryakov, Nataly Bilous, Irena Kulya, Alexander Kobzev, Nataly Makhaikina, Irena Makartseva, Katarine Dyakonenko

http://www.foibg.com/ibs_isc/ibs-07/IBS-07-p06.pdf

Abstract. The problem of checking whether a system of incompletely specified Boolean functions is implemented by the given combinational circuit is considered. The task is reduced to testing out if two given logical descriptions are equivalent on the domain of one of them having functional indeterminacy. We present a novel SAT-based verification method that is used for testing whether the given circuit satisfies all the conditions represented by the system of incompletely specified Boolean functions.

Keywords: design automation, verification, simulation, SAT.

ACM Classification Keywords: B.6.2 Logic Design: Reliability and Testing; G.4 Mathematical Software: Verification; B.6.2 Reliability and Testing: Error-checking.

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USING SAT FOR COMBINATIONAL IMPLEMENTATION CHECKING

Liudmila Cheremisinova, Dmitry Novikov

http://www.foibg.com/ibs_isc/ibs-07/IBS-07-p30.pdf

Abstract: The principal feature of ontology, which is developed for a text processing, is wider knowledge representation of an external world due to introduction of three-level hierarchy. It allows to improve semantic interpretation of natural language texts.

Keywords: ontology, text processing, thematic text analysis.

ACM Classification Keywords: I.2.7 Natural Language Processing - Text analysis

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HIERARCHICAL THREE-LEVEL ONTOLOGY FOR TEXT PROCESSING

Victor Gladun, Vitalii Velychko, Leonid Svyatogor

http://www.foibg.com/ibs_isc/ibs-07/IBS-07-p01.pdf

Abstract: This paper is dedicated to modelling of network maintaining based on live example – maintaining ATM banking network, where any problems are mean money loss. A full analysis is made in order to estimate valuable and not-valuable parameters based on complex analysis of available data. Correlation analysis helps to estimate provided data and to produce a complex solution of increasing network maintaining effectiveness.

Keywords: effectiveness estimation, statistical processes, correlation analysis

ACM Classification Keywords: H.3.4 Systems and Software

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MODELING OF EFFECTIVE PROCESS OF NETWORK MAINTAINING BASED ON STATISTICAL DATA

Oleksandr Kuzomin, Nataliya Goloviy, Yaser Dayoub

http://www.foibg.com/ibs_isc/ibs-07/IBS-07-p22.pdf

Abstract: Constant increase of human population result in more and more people living in emergency dangerous regions. In order to protect them from possible emergencies we need effective solution for decision taking in case of emergencies, because lack of time for taking decision and possible lack of data. One among possible methods of taking such decisions is shown in this article.

Keywords: emergency ,decision taking, time management

ACM Classification Keywords: H.3.4 Systems and Software

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ALGORITHM OF DECISION SUPPORT IN EMERGENCY

Oleksandr Kuzomin, Valentina Davidenko, Illya Klymov

http://www.foibg.com/ibs_isc/ibs-07/IBS-07-p21.pdf

Abstract: Carpathian region is well known as tectonically active zone. So, in addition to common problems of such region, as common water floods, possible mudflows and landslides a local seismic activity must be taken in account. In this paper a main points of situation monitoring in Carpathian region and ways how they help in emergency prevention are described. A short overview of existing solutions and future approach is being made. Keywords: emergency prevention, situation monitoring, early warning systems ACM Classification Keywords: H.3.4 Systems and Software

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EMERGENCY PREVENTION AND SITUATION MONITORING IN CARPATHIAN REGION

Oleksandr Kuzomin, Dmytro Malytskyy, Asanbek Toroev

http://www.foibg.com/ibs_isc/ibs-07/IBS-07-p23.pdf