Contents
Conference- Co-Chairmen.......................................................................................................... 2
International Program Committee Co-Chairmen ....................................................................... 2
IDAACS’2015 Conference Committee ...................................................................................... 3
Conference Timetable ................................................................................................................ 6
Conference Technical Program ................................................................................................ 11
Registration............................................................................................................................... 29
Internet Access ......................................................................................................................... 29
How to get to Warsaw .............................................................................................................. 29
About Warsaw .......................................................................................................................... 30
About WUT – Warsaw University of Technology ................................................................... 32
Maps of the Warsaw University of Technology ....................................................................... 36
1
Conference Co-Chairmen
Anatoliy Sachenko,
Research Institute for Intelligent
Computer Systems,
Ternopil National Economic University,
Ternopil, Ukraine
Wiesław Winiecki
Institute of Radioelectronics and
Multimedia Technology,
Warsaw University of Technology,
Warsaw, Poland
International Program Committee Co-Chairmen
Linas Svilainis
Signal Processing Department,
Kaunas University of Technology,
Kaunas, Lithuania
Robert E. Hiromoto
University of Idaho,
Idaho Falls,
Idaho, USA
2
IDAACS’2015 Conference Committee
Honorary Committee:
Andriy Krysovatyy, Ukraine
Józef Modelski, Poland
Alexandr Palagin, Ukraine
Jan Szmidt, Poland
International Advisory Board:
Dominique Dallet, France
George Markowsky, USA, Chair
Richard Duro, Spain
Vladimir Oleshchuk, Norway
Domenico Grimaldi, Italy
Fernando Lopez Pena, Spain
Uwe Grossmann, Germany
Peter Reusch, Germany
Vladimir Haasz, Czech Republic
Anatoliy Sachenko, Ukraine
Robert E. Hiromoto, USA
Wieslaw Winiecki, Poland
Theodore Laopoulos, Greece
Conference Co-Chairmen:
Anatoliy Sachenko, Ukraine
Wiesław Winiecki, Poland
International Program Committee Co-Chairmen:
Linas Svilainis, Lithuania
Coordinators of the Special Stream in Advanced IT in Environmental Sciences
Kondo H. Adjallah, France
Yury Kolokolov, Russian Federation
Coordinators of the Special Stream in Advanced Testing and Diagnostics
Piotr Bilski, Poland
Oleksandr Drozd, Ukraine
Coordinators of the Special Stream in Cyber Security
Igor Kotenko, Russian Federation
George Markowsky, USA
Coordinators of the Special Stream in eLearning Management
Peter Arras, Belgium
Tomas Kozik, Slovakia
Coordinators of the Special Stream in Intelligent Robotics and Components
Richard Duro, Spain
Yuriy Kondratenko, Ukraine
Coordinators of the Special Stream in Project Management
Sergey Bushuyev, Ukraine
Coordinators of the Special Stream in Wireless Systems
Evren Eren, Germany
Juergen Sieck, Germany
Axel Sikora, Germany
Coordinators of the Special Stream in Computer Systems for Healthcare and Medicine
Roman Morawski, Poland
3
International Program Committee:
Igor Kotenko, Russian Federation
Tomas Kozik, Slovakia
Viktor Krasnoproshin, Belarus
Victor Krylov, Ukraine
Theodore Laopoulos, Greece
Arunas Lipnickas, Lithuania
Fernando Lopez Pena, Spain
Jose Luis Vazquez-Poletti, Spain
Kurosh Madani, France
Volodymyr Maksymovych, Ukraine
George Markowsky, USA
Linda Markowsky, USA
Anna Monovskaya, Russian Federation
Roman Z. Morawski, Poland
Pavel Nahodil, Czech Republic
Jiri Novak, Czech Republic
Vladimir Oleshchuk, Norway
Sigeru Omatu, Japan
Jose Otegi, Spain
Oleksandr Palagin, Ukraine
Dana Petcu, Romania
Vincenzo Piuri, Italy
Oksana Pomorova, Ukraine
Octavian Postolache, Portugal
Sergio Rapuano, Italy
Sergey Rippa, Ukraine
Christof Roehrig, Germany
Jaroslav Roztocil, Czech Republic
Andrzej Rucinski, USA
Christophe Sabourin, France
Radek Sedlacek, Czech Republic
Galina Setlak, Poland
Juergen Sieck, Germany
Axel Sikora, Germany
Miki Sirola, Finland
Radislav Smid, Czech Rebublic
Alexander Sovlukov, Russian Federation
Vlado Stankovski, Slovenia
Todor Stoilov, Bulgaria
Linas Svilainis, Lithuania, a Co-Chairman
Volodymyr Tarasenko, Ukraine
Volodymyr Turchenko, Canada
Wolfgang Tysiak, Germany
Chunzhi Wang, China
Carsten Wolff, Germany
Sergey Yurish, Spain
Janusz Zalewski, USA
Kondo H. Adjallah, France
Arras Peter, Belgium
Serkan Aksoy, Turkey
Patrizia Beraldi, Italy
Piotr Bilski, Poland
Dora Blanco Heras, Spain
Alexey Bobtsov, Russian Federation
Yevgeniy Bodyanskiy, Ukraine
Ognyan Boumbarov, Bulgaria
Vitaliy Boyun, Ukraine
Sergey Bushuyev, Ukraine
Volodymyr Brovkov, Germany
Kam Chow, Hong Kong
Dan Cristea, Romania
Pawel Czarnul, Poland
Vitaly Deibuk, Ukraine
Phillip Dickens, USA
Jack Dongarra, USA
Mykhaylo Dorozhovets, Poland
Alexandr Doudkin, Belarus
Olexandr Drozd, Ukraine
Richard Duro, Spain
Evren Eren,Germany
Halit Eren, Australia
Andreas Fink, Germany
Pierre Fiorini, USA
Albrecht Fortenbacher, Germany
Vladimir Golovko, Belarus
Raffaele Gravina, Italy
Francesca Guerriero, Italy
Vladimir Haasz, Czech Republic
Robert E. Hiromoto, USA, a Co-Chairman
Bassam Hussein, Norway
Orest Ivakhiv, Ukraine
Vladimir Jotsov, Bulgaria
Jan Jurjens, Germany
Alexander Kalashnikov, UK
John Kalomiros, Greece
Adrian Kapczyński, Poland
Mykola Karpinsky, Poland
Volodymyr Kindratenko, USA
Vitaly Klyuev, Japan
Yury Kolokolov, Russian Federation
Yuriy Kondratenko, Ukraine
Igor Kononenko, Ukraine
Vasileios Konstantakos, Greece
4
Organizing Committee:
Co-Chairmen: Piotr Bilski, Poland, Pavlo Bykovyy, Ukraine, Volodymyr Kochan, Ukraine
Adrian Bilski, Poland
Vitaliy Dorosh, Ukraine
Kostantin Kovalok, Ukraine
Halyna Kryva, Ukraine
Taras Lendyuk, Ukraine
Robert Łukaszewski, Poland
Oleksandr Osolinskiy, Ukraine
Yuriy Pigovsky, Ukraine
Oleksiy Roshchupkin, Ukraine
5
IDAACS’2015 Conference Timetable
Wednesday, September 23, 2015
(WEITI PW - Campus, Nowowiejska 15/19)
5:00 PM –
7:00 PM
7:00 PM –
9:00 PM
WEITI PW, Entrance Area
Registration
WEITI PW
Welcoming Reception
Thursday, September 24, 2015
(MINI PW - Campus, Koszykowa 75)
MINI PW, First floor
Registration
Room A (107)
Opening
Room A (107)
Plenary Session T1
10:00 AM –
Robert E. Hiromoto “Parallelism and Complexity of the Small11:00 AM
World Network Model”
Chair: Anatoliy Sachenko
Foyer (First floor)
11:00 AM –
11:20 AM
Coffee Break
Room D
Room C
Room B
Room A
103
102
101
107
Session TC1: Session TD1:
Session TB1:
Session TA1:
Special Stream in Special Stream in Data Analysis
Advanced
Cyber Security and Modeling
Computer
Instrumentation
Chair: Miki
Co-Chairs:
Systems for
and Data
11:20 AM –
Sirola
George
Healthcare and
Acquisition
1:00 PM
Markowsky,
Medicine
Systems
Vladimir
Co-Chairs:
Chair:
Oleshchuk
Roman Z.
Grigore
Morawski,
Stamatescu
Domenico
Grimaldi
Central Canteen (Stołówka Centralna PW, ul. Filtrowa 2)
1:00 PM –
2:00 PM
Lunch
Foyer (First floor)
2:00 PM –
Poster session TP
3:00 PM
Co-Chairs: Mykhaylo Dorozhovets, Agata Manolova
8:00 AM –
5:00 PM
9:00 AM –
10:00 AM
6
Room D
Room C
Room B
Room A
103
102
101
107
Session TC2: Session TD2:
Session TB2:
Session TA2:
Special Stream in Special Stream
Pattern
Artificial
in Advanced IT
Project
Intelligence and Recognition and
in
Neural Networks Digital Image and Management
3:00 PM –
Environmental
Co-Chairs:
for Advanced Signal Processing
4:40 PM
Sciences
Peter Reusch,
Chair:
Data Acquisition
Co-Chairs:
Carsten Wolff
Albrecht
and Computing
Kondo H.
Fortenbacher
Systems
Adjallah,
Chair:
Yury
Vladimir
Kolokolov
Golovko
Foyer (First floor)
4:40 PM –
5:00 PM
Coffee Break
5:00 PM –
City Tour
8:00 PM
7
Friday, September 25, 2015
8:00 AM –
4:30 PM
9:00 AM –
9:45 AM
9:50 AM
11:30 AM
11:30 AM
11:50 AM
11:50 AM
1:30 PM
1:30 PM –
2:30 PM
2:30 PM –
3:30 PM
Registration
Room A (107)
Plenary Session F1
Vincenzo Piuri “Computational Intelligence Technologies for
Biometric Applications”
Chair: Kurosh Madani
Room D
Room C
Room B
Room A
103
102
101
107
Session FD1:
Session FC1:
Session FB1:
Session FA1:
Special Stream in Special Stream in Special Stream
Advanced
in High
Cyber Security,
Computer
Instrumentation
Performance
Co-Chairs:
Systems for
and Data
Computing
Igor Kotenko,
Healthcare and
Acquisition
Co-Chairs:
George
Medicine
Systems
Pierre M.
Markowsky
Co-Chairs:
Chair:
Fiorini, Dora
Domenico
Fernando
Heras
López Peña Grimaldi, Roman
Z. Morawski
Foyer (First floor)
Coffee Break
Room D
Room C
Room B
Room A
103
102
101
107
Session FD2:
Session FC2:
Session FB2:
Session FA2:
Intelligent
Special Stream
Wireless Systems in Intelligent
Information
in Advanced
Robotics and
Co-Chairs:
Testing and Systems, Software
Uwe Grossmann, Components
Tools and
Diagnostics
Co-Chairs:
Axel Sikora
Ontology
Co-Chairs:
Richard Duro,
Chair:
Piotr Bilski,
Arunas
Vitaly Klyuev
Aleksandr
Lipnickas
Drozd
Central canteen (Stołówka Centralna PW)
Lunch
Foyer (First floor)
Poster Session FP
Co-Chairs: Anna Monovskaya, Wolfgang Tysiak
8
Room D
Room C
Room B
Room A
103
102
101
107
Session FD3:
Session FC3:
Session FB3:
Session FA3:
Pattern
Artificial
in Advanced IT
Project
Intelligence and Recognition and
in
Digital Image and Management
Neural
3:30 PM –
Environmental
Co-Chairs:
Networks for Signal Processing
5:10 PM
Sciences
Peter Reusch,
Chair:
Advanced Data
Co-Chairs:
Carsten Wolff
Acquisition and John Kalomiros
Kondo H.
Computing
Adjallah,
Systems
Yury
Chair:
Kolokolov
Sigeru Omatu
WEITI laboratories presentation
5:15 PM –
6:00 PM
The Faculty of Physics Main Hall
7:00 PMKoszykowa 75
10:00 PM
Conference Dinner
9
Saturday, September 26, 2015
8:00 AM –
1:30 PM
Registration
Room A (107)
Plenary Session S1
9:00 AM – Janusz Zalewski “From CAMAC to Wireless Sensor Networks and
Time-Triggered Systems: Evolution of Architectures for Data
9:45 AM
Acquisition and Control”
Chair: Theodore Laopoulos
Room D
Room C
Room B
Room A
103
102
101
107
Session SD1:
Session SC1:
Session SA1: Session SB1:
Advanced Special Stream in Special Stream in Special Stream in
eLearning
Wireless Systems
Computer
Instrumentation
Management
Co-Chairs:
Systems for
and Data
9:50 AM –
Co-Chairs:
Acquisition Healthcare and Uwe Grossmann,
11:30 AM
Peter Arras,
Axel Sikora
Medicine
Systems
Tomas Kozik
Co-Chairs:
Chair:
Roman Z.
Linas Svilainis
Morawski,
Domenico
Grimaldi
Foyer (First floor)
11:30 AM –
Coffee Break + Poster Session SP
12:15 AM
Co-Chairs: Francesca Guerriero, Orest Ivakhiv
Room A (107)
12:15 AM –
Round Table and Closing Ceremony
1:30 PM
Co-Chairs: Anatoliy Sachenko, Wieslaw Winiecki
Central canteen (Stołówka Centralna PW)
1:30 PM –
2:30 PM
Lunch
PW – Politechnika Warszawska (Warsaw University of Technology - WUT)
(building 1 on map below)
WEITI – Wydział Elektroniki I Technik Informacyjnych (The Faculty of
Electronics and Information Technology) (building 12 on map below)
MINI - Wydział Matematyki i Nauk Informacyjnych (The Faculty of Mathematics
and Information Science) (building 6 on map below)
Stołówka Centralna PW (Central canteen) (building 11 on map below)
10
Conference Technical Program
Wednesday, September 23, 2015
5:00 PM – 7:00 PM
Registration: WEITI PW, Entrance Area
7:00 PM – 9:00 PM
Welcoming Reception: WEITI PW
Thursday, September 24, 2015
MINI PW - Campus, Koszykowa 75
8:00 AM – 5:00 PM
Registration: H(FKI) MINI PW, First floor
Room A (107)
9:00 AM – 10:00 AM
Opening
10:00 AM – 11:00 AM
Plenary Session T1
“Parallelism and Complexity of the Small-World Network Model”
Chair: Anatoliy Sachenko
11:00 AM – 11:20 AM
Coffee Break: Foyer (First floor)
11:20 AM – 1:00 PM
Session TA1: Advanced Instrumentation and Data Acquisition
Systems
Chair: Grigore Stamatescu
Room: A
1. i15-193. Large Scale Heterogeneous Monitoring System with Decentralized
Sensor Fusion. Grigore Stamatescu, Iulia Stamatescu, Cristian Dragana,
Dan Popescu. Romania, Bucharest.
11
2. i15-049. Sound and Light Intensity Meter in a Form of Application on
Mobile Phone. Paweł Roszkowski, Marcin Kowalczyk. Poland
3. i15-134. Automated Parameters Measurement of the Ultrasonic Excitation
Equipment. Linas Svilainis, Andrius Chaziachmetovas, Paulius Tervydis,
Dobilas Liaukonis. Lithuania
4. i15-180. On Detection and Estimation of Breath Parameters Using
Ultrawideband Radar. Jan Jakub Szczyrek, Wiesław Winiecki. Poland
5. i15-053. An Embedded Fuzzy Controller for the Soft-Starting of LowVoltage Induction Motors. Gregory Zigirkas, John Kalomiros. Greece
11:20 AM – 1:00 PM
Session TB1: Special Stream in Computer Systems for Healthcare
and Medicine
Co-Chairs: Roman Z. Morawski, Domenico Grimaldi
Room: B
1. i15-112. On Calibration and Parametrization of Low Power Ultrawideband
Radar for Close Range Detection of Human Body and Bodily Functions.
Marcin Piórek, Wiesław Winiecki. Poland
2. i15-124. CoAP and Database Integration for Sleeping and Non-Routable
Nodes. Tomasz Tajmajer, Tomasz Sadkowski, Wiesław Winiecki. Poland
3. i15-120 Low Power Ultrawideband Radar Device for Close Range Detection
of Human Body and Bodily Functions. Rafał Brzyski. Poland
4. i15-119. Validation of the Polyvinyl Alcohol Cryogel with Glycerol as a
Material for Phantoms in Magnetic Resonance Imaging. Konrad Werys,
Katarzyna Pieniak, Beata Lesniak-Plewinska, Jakub Zmigrodzki, Szymon
Cygan. Poland
5. i15-170. Image Edges Locator Dedicated to Visually Impaired People - an
Experimental Application for Mobile Devices. Anna Pitera, Dariusz Bober,
Jacek Kesik. Poland
11:20 AM – 1:00 PM
Session TC1: Special Stream in Cyber Security
Co-Chairs: George Markowsky, Vladimir Oleshchuk
Room: C
1. i15-215. Exploring a High-Capacity Covert Channel on the Android
Operating System. Timothy Heard, Daryl Johnson, Bill Stackpole. USA
2. i15-035. Evaluation of Web Vulnerability Scanners. Yuma Makino, Vitaly
Klyuev. Japan
3. i15-224. Artificial Immune System for Android OS. Sergei Bezobrazov,
Anatoliy Sachenko, Myroslav Komar, Vladimir Rubanau. Belarus, Ukraine
4. i15-132. Using of Fuzzy Cognitive Modeling in Information Security
Systems Constructing. Mykola Kulyk, Volodymyr Khoma, Valerii
12
Kozlovskyi, Andrii Mischenko, Yurii Khlaponin, Karina Janisz, Pawel Falat.
Ukraine, Poland
5. i15-159. Evaluation of Text Classification Techniques for Inappropriate
Web Content Blocking. Igor Kotenko, Andrey Chechulin, Dmitry
Komashinsky. Russia
11:20 AM – 1:00 PM
Session TD1: Data Analysis and Modeling
Chair: Miki Sirola
Room: D
1. i15-109. Recursive Estimation of Mixtures of Exponential and Normal
Distributions. Evgenia Suzdaleva, Ivan Nagy, T. Mlynářová. Czech Republic
2. i15-057. Data Fusion of Pre-election Gallups and Polls for Improved
Support Estimates. Jaakko Talonen, Miki Sirola, Mika Sulkava. Finland
3. i15-234. Processing of the Random Observations with Flatten - Gaussian
Distribution by Approximate Order Statistics Method. Mykhaylo
Dorozhovets, Ivanna Popovych. Poland, Ukraine
4. i15-166. Interactive Dynamical Visualization of Big Data Arrays in Grid.
Koval Y.O., Mendrul H.O., Salnikov A.O., Sliusar Ie.A., Sudakov O.O.
Ukraine
5. i15-091. 3D Face Data Acquisition and Modeling Based on an RGBD
Camera Matrix. Jacek Naruniec, Marek Kowalski, Michał Daniluk. Poland
1:00 PM – 2:00 PM
Lunch: Central Canteen (Stołówka Centralna PW)
2:00 PM – 3:00 PM
Poster Session TP: Foyer (First floor)
Co-Chairs: Mykhaylo Dorozhovets, Agata Manolova
Advanced Instrumentation and Data Acquisition Systems
1. i15-104. Tiny Ultravіоlet Polarіmeter for Earth Stratosphere from Space
Investigation. Petro Nevodovskyi, Oleksandr Morozhenko, Oleksandr
Vidmachenko, Orest Ivakhiv, Mykhaylo Geraimchuk, Oleksandr Zbrutskyi.
Ukraine
2. i15-076. Processing of Heterogeneous Data in Gias of Geodynamic
Monitoring. Dorofeev N.V., Kuzichkin O.R. Russia
3. i15-079. Registration of Polarization Signals of the Electrical Field in
Geodynamic Objects Monitoring Systems with the Use of Local Primary
Converters. Tsaplev A.V., Dorofeev N.V., Kuzichkin O.R. Russia
4. i15-081. Geoecological Control of the Aquifer in the Decentralized Water
Supply Systems of the Local Level. Roman V. Romanov, Oleg R. Kuzichkin,
13
5.
6.
7.
8.
9.
Alexey V. Tsaplev. Russia
i15-095. PLC Based System for Remote Liquids Level Control with Radar
Sensor. Yuriy Kondratenko, Oleksiy Korobko, Oleksiy Kozlov, Oleksandr
Gerasin, Andriy Topalov. Ukraine
i15-117. The New Approach for Passenger Counting in Public Transport
System. Antons Patlins, Nadezhda Kunicina. Latvia
i15-128. Pulse-Phase Control System for Temperature Stabilization of
Thermoacoustic Engine Model Driven by the Waste Heat Energy. Yuriy
Kondratenko, Volodymyr Korobko, Oleksiy Korobko, Oleksandr Gerasin.
Ukraine
i15-056. Research of Methodical Error of Average Energy Consumption of
Microcontrollers. Osolinskyy Olexandr, Kochan Orest, Kochan Volodymyr,
Karachka Andriy. Ukraine
i15-182. Classification of smart metering systems for zero-energy buildings.
Luigi Martirano, Matteo Manganelli, Danilo Sbordone, Biagio Di Pietra,
Domenico Luca Carnì, Luigi Parise, Francesco Lamonaca. Italy
Stream in Computer Systems for Healthcare and Medicine
1. i15-141. USB FIFO Interface for FPGA Based DAQ Applications. Krzysztof
Mroczek. Poland
2. i15-105. Displacement Field Calculation from CINE MRI Using Non-Rigid
Image Registration. Konrad Werys, Łukasz Błaszczyk, Agata Kubik,
Magdalena Marczak, Piotr Bogorodzki. Poland
3. i15-178. Application of Recurrent Approximation to the Synthesis of Neural
Network for Control of Processes Phototherapy. Trunov Alexander, Belikov
Alexander. Ukraine
4. i15-152. Polychromatic LED Device for Measuring CFFF. Alexey Lagunov,
Ludmila Morozova, Dmitry Fedin, Nadejda Podorojnyak, Vladimir Terehin.
Russia
5. i15-269. Qualitative Analysis of Compartmental Dynamic System Using
Decision -Tree Induction. A.S. Lyapandra, Vasyl P. Martsenyuk, I.S.
Gvozdetska, Rafal Szklarczyk, Stanislaw Andrzej Rajba. Ukraine, Poland
6. i15-140. Study of Detection Capability of Novelda Impulse Transceiver with
External RF Circuit. Paweł R. Bajurko, Yevhen Yashchyshyn. Poland
7. i15-125. A New Method of Spatial Filters Design for Brain-Computer
Interface Based on Steady State Visually Evoked Potentials. Marcin
Kołodziej, Andrzej Majkowski, Remigiusz Jan Rak. Poland
8. i15-126. Recognition of Visually Induced Emotions Based on
Electroencephalography. Marcin Kołodziej, Andrzej Majkowski, Paweł
Tarnowski, Remigiusz Jan Rak. Poland
Artificial Intelligence and Neural Networks for Advanced Data Acquisition
and Computing Systems
1. i15-045. Comparison of Wavelet Thresholding Methods for Industrial Data
Compression. Anna Sztyber, Marcin Pobocha. Poland
14
2. i15-144. Ant Clustering for the CPT and DMT-Based Soil Profile
Generation. Adrian Bilski. Poland
3. i15-026. Project of Piper Seneca V (PA-34-220t) Cowl Flaps (CF) controller
based on fuzzy logic. Marcin Pasieka, Norbert Grzesik. Poland
3:00 PM – 4:40 PM
Session TA2: Artificial Intelligence and Neural Networks for
Advanced Data Acquisition and Computing Systems
Chair: Vladimir Golovko
Room: A
1. i15-041. Intelligent Monitoring with Background Knowledge. Kai-Oliver
Detken, Stefan Edelkamp, Carsten Elfers, Malte Humann, Thomas Rix.
Germany
2. i15-028. Mixed Odors Classification by Neural Networks. Sigeru Omatu,
Mitsuaki Yano. Japan
3. i15-183. Algorithmic Model for Risk Assessment of Heart Failure Patients.
Jan Bohacik, Karol Matiasko, Miroslav Benedikovic, Iveta Nedeljakova.
Slovakia
4. i15-192. A New Technique for Restricted Boltzmann Machine Learning.
Vladimir Golovko, Aliaksandr Kroshchanka, Volodymyr Turchenko,
Stanislaw Jankowski, Douglas Treadwell. Belarus, Canada, Poland, USA
5. i15-066. Gabor-Filter Based Longitudinal Strain Estimation from Tagged
Magnetic Resonance Imaging. Konrad Werys, Łukasz Błaszczyk, Agata
Kubik, Piotr Bogorodzki. Poland
3:00 PM – 4:40 PM
Session TB2: Pattern Recognition and Digital Image and Signal
Processing
Chair: Albrecht Fortenbacher
Room: B
1. i15-161. Visual Saliency Based Approach to Object Detection in Computer
Vision Systems: Real Life Applications. Viachaslau Kachurka, Kurosh
Madani, Cristophe Sabourin, Vladimir Golovko. France, Belarus
2. i15-121. A New Quaternion Color Image Watermarking Algorithm.
Wojciech Rzadkowski, Kajetana Snopek. Poland
3. i15-147. Pain Detection from Facial Characteristics Using Supervised
Descent Method. Nikolay Neshov, Agata Manolova. Bulgaria
4. i15-043. Application of Computer Vision Methods in Automatic Analysis of
Embryo Development. Domas Jonaitis, Vidas Raudonis, Arunas Lipnickas.
Lithuania
5. i15-007. Recognition Method of Near-Duplicate Images Based on the
Perceptual Hash and Image Key Points Using. N. I. Korsunov, D. А.
Toropchin. Russia
15
3:00 PM – 4:40 PM
Session TC2: Special Stream in Project Management
Co-Chairs: Peter Reusch, Carsten Wolff
Room: C
1. i15-279. Analyzing Sustainability in Project Life Cycle and Business
Models from the Perspective of the Sustainable Innovation Drivers. María
Eugenia Aguilar-Fernández, José Ramón Otegi-Olaso, Carolina CruzVillazón, Leticia Fuentes-Ardeo. Spain
2. i15-190. Convergence of Knowledge in Project Management. Bushuev S.D.,
Bushuyev D.A., Rogozina V.B., Mikhieieva O.V. Ukraine
3. i15-163. Business Ecosystem Analysis Framework. Ala Nuseibah, Carsten
Wolff. Germany
4. i15-122. Risk Management in Multi-National Projects. Galyna
Tabunshchyk, Peter Arras, Dirk Van Merode. Ukraine, Belgium
5. i15-025. Extending Project Management Processes. Peter J. A. Reusch.
Germany
3:00 PM – 4:40 PM
Session TD2: Special Stream in Advanced IT in Environmental
Sciences
Co-Chairs: Kondo H. Adjallah, Yury Kolokolov
Room: D
1. i15-086. Developing Effective Risk Assessment Criteria in Regulated
Environments. Sascha Richter, Alexandru Sereșeanu. Germany
2. i15-219. Forecasting of Vernal and Autumnal Margins in Local Climate
Dynamics. Kolokolov Yury, Monovskaya Anna. Russia
3. i15-064. Monte Carlo Based Petri Net Simulation for Maintenance
Strategies Assessment in Series-Parallel-Series Multi-Physic Systems.
Alexandre Sava, Kondo H. Adjallah, Zhouhang Wang. France
4. i15-075. Organization of Electrolocation Systems of Geodynamic
Monitoring on the Basis of the Single-Crystal Microcomputer. Bykov A.А.,
Kuzichkin O.R., Kurilov I.A. Russia
5. i15-069. Mechanism of Latent Abnormalities in Dynamics of Hysteresis
Regulator with Double Synchronization. Kolokolov Yury, Monovskaya
Anna. Russia.
4:40 PM – 5:00 PM
5:00 PM –8:00 PM
City Tour
16
Friday, September 25, 2015
8:00 AM – 4:40 PM
Registration: MINI PW, First floor
Room A
9:00 AM – 9:45 AM
Plenary Session F1
“Computational Intelligence Technologies for Biometric Applications”
Vincenzo Piuri, Italy
Chair: Kurosh Madani
9:50 AM – 11:30 AM
Session FA1: Advanced Instrumentation and Data Acquisition
Systems
Chair: Fernando López Peña
Room: A
1. i15-103. A Tablet-Class Cloud Architecture for Remote Execution and
Interactive Data Analysis. Robert E. Hiromoto, Tevaganthan Veluppillai.
USA
2. i15-176. Soft-Computing Based Fast Visual Objects’ Distance Evaluation
for Robots’ Vision. Hossam Fraihat, Cristophe Sabourin, Kurosh Madani.
France
3. i15-227. Changes in Electromagnetic Field Distribution for Future Use in
Biosensor Applications. Aleksandra Kłos-Witkowska, Kornel Warwas.
Poland
4. i15-164. Using Radiating Cable for Time-of-Flight CSS Measurements
Indoors and Outdoors. Maria Serezhina, Alex Moschevikin, Ruslan
Evmenchikov, Axel Sikora. Russia, Germany
5. i15-107. Technique for the Performance Evaluation of the Ultrasonic
Preamplifier Input Protection Circuits. Linas Svilainis, Vytautas Dumbrava,
Andrius Chaziachmetovas, Paulius Jurkstas, Arturas Aleksandrovas.
Lithuania
9:50 AM – 11:30 AM
Session FB1: Special Stream in Computer Systems for Healthcare
and Medicine
Co-Chairs: Domenico Grimaldi, Roman Z. Morawski
Room: B
17
1. i15-050. Acquisition and Preprocessing of Data from Infrared Depth Sensors
to be Applied for Patients Monitoring. Paweł Mazurek, Jakub Wagner,
Roman Z. Morawski. Poland
2. i15-029. Applicability of Mel Cepstrum in a Fall Detection System Based on
Infrared Depth Sensors. Jakub Wagner, Roman Z. Morawski. Poland
3. i15-051. Application of Naïve Bayes Classifier in Fall Detection Systems
Based on Infrared Depth Sensors. Paweł Mazurek, Roman Z. Morawski.
Poland
4. i15-098. Deep Learning Classifier for Fall Detection Based on IR Distance
Sensor Data. Stanisław Jankowski, Zbigniew Szymański, Uladzimir Dziomin,
Paweł Mazurek, Jakub Wagner. Poland
5. i15-116. Neural Network Classifier for Fall Detection Improved by GramSchmidt Variable Selection. Stanisław Jankowski, Zbigniew Szymański,
Paweł Mazurek, Jakub Wagner. Poland
9:50 AM – 11:30 AM
Session FC1: Special Stream in Cyber Security
Co-Chairs: George Markowsky, Igor Kotenko
Room: C
1. i15-201. New Mechanisms for Privacy in Human-in-the-Loop CyberPhysical Systems. Ionela Halcu, David Nunes, Valentin Sgârciu, Jorge Sá
Silva. Romania, Portugal
2. i15-175. The Problem of Interceptor Top Level Domains. George
Markowsky. USA
3. i15-203. Constraints Validation in Privacy-Preserving Attribute-Based
Access Control. Vladimir Oleshchuk. Norway
4. i15-272. Conceptual Distributed System Models and Organization of
Security Mechanisms. Victor Krasnoproshin, Tatiana Galibus. Belarusia
5. i15-172. The CAPEC Based Generator of Attack Scenarios for Network
Security Evaluation. Igor Kotenko, Elena Doynikova. Russia
9:50 AM – 11:30 AM
Session FD1: Special Stream in High Performance Computing
Co-Chairs: Pierre M. Fiorini, Dora Heras
Room: D
1. i15-129. Archiving and Analysis of Electroencephalograms in Ukrainian
Grid: the First Application. Gaidar V.O., Sudakov O.O. Ukraine
2. i15-162. Analytic Approximations of Fork-Join Queues. Pierre M. Fiorini.
USA
18
3. i15-127. Rainbow Framework: Running Virtual Machines on Demand as a
Grid Jobs. Oleksandr Boretskyi, Andrii Salnikov, Ievgen Sliusar, Oleksandr
Sudakov, Yurii Boyko. Ukraine
4. i15-189. Tools for Ultrasonic Diagnostic Image Classification. Byvalkevich
R. V., Radchenko S. P., Sudakov O. O. Ukraine
5. i15-229. A Peer to Peer Traffic Identification Method Based on Support
Vector Machine and Artificial Bee Colony Algorithm. Chunzhi Wang, Huili
Zhang, Zhiwei Ye, Yuanli Du. China
11:30 AM – 11:50 AM
11:50 AM – 1:30 PM
Session FA2: Special Stream in Advanced Testing and Diagnostics
Co-Chairs: Piotr Bilski, Aleksandr Drozd
Room: A
1. i15-115. Observing of Near Field Information to Analyze a Master-Slave
Fieldbus. Arne Neiser, Klaus-Peter Kirchner, Helmut Beikirch. Germany
2. i15-067. Integral Nonlinearity Correction of ADC Using Multi-Resistors
Voltage Divider. Jian-rong Li, Roman Kochan, Orest Kochan, Halyna Klym.
China, Ukraine
3. i15-046. The Method of Self-Testing of Thermocouvples in Situ. Chang
Shu, Orest Kochan, Volodymyr Kochan, Nadiya Vasylkiv. China, Ukraine
4. i15-021. The Way to Detection of Software Emergent Properties. Oksana
Pomorova, Tetiana Hovorushchenko. Ukraine
5. i15-213. Effectiveness of Matrix and Pipeline FPGA-Based Arithmetic
Components of Safety-Related Systems. Julia Drozd, Oleksandr Drozd,
Svetlana Antoshchuk, Alex Kushnerov, Valery Nikul. Ukraine
11:50 AM – 1:30 PM
Session FB2: Intelligent Information Systems, Software Tools and
Ontology
Chair: Vitaly Klyuev
Room: B
1. i15-052. An Open Source Desktop Application for Classification of Remote
Sensing Data. Alberto S. Garea, Dora B. Heras, Francisco Argüello. Spain
2. i15-042. SIEM Approach for a Higher Level of IT Security in Enterprise
Networks. K.-O. Detken, T. Rix, C. Kleiner, B. Hellmann, L. Renners.
Germany
19
3. i15-022. Hybrid Generalized Additive Neuro-Fuzzy System and its Adaptive
Learning Algorithms. Bodyanskiy Yevgeniy, Setlak Galina, Peleshko
Dmytro, Vynokurova Olena. Ukraine
4. i15-110. A Generic Infrastructure for OpenCL Performance Analysis.
Robert Dietrich, Ronny Tschüter. Germany
5. i15-100. Assessment of REST and WebSocket in Regards to Their Energy
Consumption for Mobile Applications. Volker Herwig, René Fischer, Peter
Braun. Germany
11:50 AM – 1:30 PM
Session FC2: Special Stream in Wireless Systems
Co-Chairs: Uwe Grossmann, Axel Sikora
Room: C
1. i15-027. A Viable SIEM Approach for Android. Markus Schölzel, Evren
Eren, Kai-Oliver Detken. Germany
2. i15-222. Method of Migration from Single Server System to Server Cluster.
Sergii Surkov, Oleksandr Martynyuk. Ukraine
3. i15-065. Fair Allocation of Benefits for M2M Communication Based
Collaborative Business Models. Uwe Grossmann, Sebastian Gansemer,
Albert Pauls. Germany
4. i15-133. Implementation of Standardized 6LoWPAN Based Application
Layer Protocols. Fesseha Tsegaye Mamo, Axel Sikora. Germany
5. i15-087. An Adaptive ACs Number Adjusting Algorithm for IEEE 802.11
EDCA. Olga Panova, Kvitoslava Obelovska. Ukraine
11:50 AM – 1:30 PM
Session FD2: Special Stream in Intelligent Robotics and
Components
Chair: Richard Duro, Arunas Lipnickas
Room: D
1. i15-080. Estimation of Energy Consumption on Arbitrary Trajectories of an
Omnidirectional Automated Guided Vehicle. Merlin Stampa, Christof
Röhrig, Frank Künemund, Daniel Heß. Germany
2. i15-058. Morphologically Intelligent Underactuated Robot for Underwater
Hull Cleaning. D. Souto, A. Faiña, F. López-Peña, R. J. Duro. Spain,
Germany
3. i15-220. CleverNAO: The Intelligent Conversational Humanoid Robot.
Jessel Serrano, Fernando Gonzalez, Janusz Zalewski. USA
4. i15-083. Applying Model-Based Principles on a Distributed Robotic System
Application. Uwe Lauschner, Burkhard Igel, Lukas Krawczyk, Carsten
Wolff. Germany
20
5. i15-206. A Wireless Navigation System with no External Positions.
A. Nykorak, R.E. Hiromoto, A. Sachenko. V. Koval. Ukraine. USA
1:30 PM – 2:30 PM
Lunch: Central canteen (Stołówka Centralna PW)
2:30 PM – 3:30 PM
Poster Session FP: Foyer (First floor)
Co-Chairs: Anna Monovskaya, Wolfgang Tysiak
Special Stream in Cyber Security
1. i15-151. Approaches to Improve the Activity of Computer Incident
Response Teams. Andrii Gizun, Viktor Gnatyuk, Nadiia Balyk, Pawel Falat.
Ukraine, Poland
2. i15-130. Implementation Technology Software-Defined Networking in
Wireless Sensor Networks. Marek Boguslav Aleksander, Lesia Dubchak,
Vitalii Chyzh, Artur Naglik, Anton Yavorski, Natalia Yavorska, Mikolaj
Karpinski. Poland, Ukraine
3. i15-090. DNS-Based Anti-Evasion Technique for Botnets Detection. Sergii
Lysenko, Oksana Pomorova, Oleg Savenko, Andrii Kryshchuk, Kira
Bobrovnikova. Ukraine
4. i15-237. Forecasting Method of Illegal Activities on State Border and Seized
Areas. Androschuk O.S., Onischuk S.V., Kovalok K.Y. Ukraine
5. i15-093. Scanning for Vulnerable Devices in the Internet of Things. Linda
Markowsky, George Markowsky. USA
6. i15-150. Efficiency Increasing Method for Quantum Secure Direct
Communication Protocols. Sergiy Gnatyuk, Tetyana Zhmurko, Pawel Falat.
Ukraine, Poland
7. i15-153. The n-fold Decrease of Linguistic Variables Terms Number
Method in Information Security Risk Assessment. Oleksandr Korchenko,
Svitlana Kazmirchuk, Krzysztof Augustynek. Ukraine, Poland
8. i15-154. The Tupel Model of Basic Components' Set Formation for
Cyberattacks. Anna Korchenko, Kornel Warwas, Aleksandra KłosWitkowska. Ukraine, Poland
9. i15-160. A Survey of Modern IP Traceback Methodologies. Anatolii Balyk,
Uliana Iatsykovska, Mikolaj Karpinski, Yuliia Khokhlachova, Aigul
Shaikhanova, Lesia Korkishko. Ukraine, Poland, Kazakhstan
Special Stream in Advanced Information Technologies in Environmental
Sciences
1. i15-068. Modified Bifurcation Diagrams to Analyse the Intermittency
Observed in Local Climate Dynamics. Kolokolov Yury, Monovskaya Anna.
Russia
2. i15-070. Multidimensional Analysis of Dynamics of Annual Warming21
Cooling Cycles on the Basis of Index Model of Temperature Observations.
Kolokolov Yury, Monovskaya Anna. Russia
Special Stream in High Performance Computing
1. i15-019. Optimized Design of the Universal Ternary Gates for
Quantum/Reversible Computing. Vitaly Deibuk, Iryna Turchenko, Vladislav
Shults. Ukraine
Special Stream in Intelligent Robotics and Components
1. i15-149. Modern Sensing Systems of Intelligent Robots Based on MultiComponent Slip Displacement Sensors. Yuriy P. Kondratenko, Oleksandr S.
Gerasin, Andriy M. Topalov. Ukraine
2. i15-137. The Dynamics of 3-Dimentional Micro-Mechanic Sensor of Angle
Motions of a Robot-Hexapod. Osadchy S.I., Zozulya V.A., Rudiuk G.I.
Ukraine
3. i15-218. Mobile Sensors Network for Detection of Ionizing Radiation
Sources. Ababii Victor, Sudacevschi Viorica, Sachenko Anatoliy,
Roshchupkin Oleksiy, Igor Maykiv. Moldova, Ukraine
4. i15-037. Robot Dynamics Identification via Neural Network. Alexander A.
Dyda, Dmitry A. Oskin, Andrey V. Artemiev. Russia
Special Stream in Project Management
1. i15-113. Insights on the Impact of Conformity and Commitment on Project
Performance. Claudia Gutierrez, Bassam A. Hussein. Norway
2. i15-184. Project Cost Managing at the Machine-Building Enterprise.
Lyudmila S. Chernova, Lyubava S. Chernova, Sergiy K. Chernov. Ukraine
3. i15-195. Criteria for Selecting the Investment Projects on DEMATEL and
ANP Combination. Oleg Sachenko, Grygoriy Hladiy, Sergey Bushuyev,
Zbyshek Dombrowsky. Ukraine
4. i15-179. Algorithm of Distributing the Team Load for IT-Project. Barska
Iryna, Teslenko Pavlo, Fesenko Tetiana, Voznyi Oleksandr. Ukraine
Pattern Recognition and Digital Image and Signal Processing
1. i15-145. Structural Statistic Method Identifying Facial Images by Countour
Characteristic Points. Diana Zahorodnia, Yuriy Pigovsky, Pavlo Bykovyy,
Viktor Krylov, Igor Dobrotvor, Igor Paliy. Ukraine
2. i15-194. Nonlinear Signal Reconstruction Based on Recursive Moving
Window Kernel Method. Leonid Lyubchyk, Vladislav Kolbasin, Roman
Shafeyev. Ukraine
3. i15-228. An Image Threholding Approach Based on Cuckoo Search
Algorithm and 2D Maximum Entropy. Wei Zhao, Zhiwei Ye, Mingwei
Wang, Lie Ma, Wei Liu. China
4. i15-230. Texture Image Classification Based on Support Vector Machine
and Bat Algorithm. Zhiwei Ye, Lie Ma, Mingwei Wang, Hongwei Chen, Wei
Zhao. China
22
3:30 PM – 5:10 PM
Session FA3: Artificial Intelligence and Neural Networks for
Advanced Data Acquisition and Computing Systems
Chair: Sigeru Omatu
Room: A
1. i15-167. Application of Self-Organizing Maps to the Stock Exchange Data
Analysis. Piotr Kossakowski, Piotr Bilski. Poland
2. i15-088. Programming Autonomous Behavior of AMM Network Data
Concentrator by Timed Automata. Lukáš Krejčí. Czech Republic
3. i15-233. The Rule-Based Method for the Non-Intrusive Electrical
Appliances Identification. Piotr Bilski, Wiesław Winiecki. Poland
4. i15-168. An Application of Artificial Neural Network to Choose Optimal
Drive Functions of the Satellite. Krzysztof Augustynek, Kornel Warwas.
Poland
5. i15-273. Dynamic Optimisation of Articulated Vehicle Motion for Control
of Stability in Critical Situation. Kornel Warwas, Krzysztof Augustynek.
Poland
3:30 PM – 5:10 PM
Session FB3: Pattern Recognition and Digital Image and Signal
Processing
Chair: John Kalomiros
Room: B
1. i15-155. Automatic Sleep Quality Assessment Based on EEG and EOG
Analysis and Contextual Classification. Yuliyan Velchev, Agata Manolova.
Bulgaria
2. i15-002. A Robust Text Line Detection in Complex Handwritten
Documents. Jakub Leszek Pach, Piotr Bilski. Poland
3. i15-204. Improved Multi-Camera 3D Eye Tracking for Human-Computer
Interface. Stanislav Panev, Agata Manolova. Bulgaria
4. i15-235. Iris Recognition Algorithm on BeagleBone Black. David F. Vera,
Diego M. Cadena, Jesús M. Ramírez. Colombia
5. i15-210. Segmentation of Cytological and Histological Images of Breast
Cancer Cells. O. Berezsky, Yu. Batko, G. Melnyk, S. Verbovyy, L. Haida.
Ukraine
3:30 PM – 5:10 PM
Session FC3: Special Stream in Project Management
Co-Chairs: Peter Reusch, Carsten Wolff
Room: C
1. i15-089. AMALTHEA – Tailoring Tools to Projects in Automotive
Software Development. Carsten Wolff, Lukas Krawczyk, Robert Höttger,
23
2.
3.
4.
5.
Christopher Brink, Uwe Lauschner, Daniel Fruhner, Erik Kamsties,
Burkhard Igel. Germany
i15-077. TRIZ 40 Inventive Principles Application in Project Management.
Peter J. A. Reusch, Maria Zadnepryanets. Germany
i15-099. Value-driven Decision-Making While Choosing Outsourcers in the
Projects of Municipal Water Supply Systems Reconstruction. Tigran G.
Grigorian, Vladimir K. Koshkin. Ukraine
i15-023. Risk Management in Projects: Variation of Parameters in the
Critical Field. Wolfgang Tysiak. Germany
i15-102. A Template for Building Adaptable Project Risk Management
Games. Bassam A. Hussein, Ruben Ravnå. Norway
3:30 PM – 5:10 PM
Session FD3: Special Stream in Advanced IT in Environmental
Sciences
Co-Chairs: Kondo H. Adjallah, Yury Kolokolov
Room: D
1. i15-034. Modern Information Technologies in Environmental Sciences:
Climate Wikience. Rodriges Zalipynis R.A., Ivashchuk O.A., Konstantinov
I.S. Russia
2. i15-071. Estimating of Temperature Abnormalities in Local Climate
Dynamics. Kolokolov Yury, Monovskaya Anna. Russia
3. i15-085. Information System of Russian North Opening up by Ground
Beetles. Alexey Lagunov, George Martinov, Sergey Kabanov, Nadejda
Podorojnyak, Vladimir Terehin. Russia
4. i15-063. Genetic Algorithm Based Scheduling Method for Lifespan
Extension of a Wireless Sensors Network. Yousif Elhadi Elsideeg Ahmed1,
Kondo H. Adjallah, Imed Kacem, Sharief F. Babikir. Sudan, France
5. i15-211. Method of Data Processing of Radar Measurements. Korsunov N.
I., Yegorov D. V., Konstantinov I.S. Russia
5:15 PM – 6:00 PM
WEITI laboratories presentation
7:00 PM – 10:00 PM
Conference Dinner
(The Faculty of Physics Main Hall Koszykowa 75)
24
Saturday, September 26, 2015
8:00 AM – 1:30 PM
Registration: MINI PW, First floor
Room A
9:00 AM – 9:45 AM
Plenary Session S1
“From CAMAC to Wireless Sensor Networks and Time-Triggered
Systems: Evolution of Architectures for Data Acquisition and Control”
Janusz Zalewski, USA
Chair: Theodore Laopoulos
9:50 AM – 11:30 AM
Session SA1: Advanced Instrumentation and Data Acquisition
Systems
Chair: Linas Svilainis
Room: A
1. i15-048. A Speed Control Strategy for an Autonomous Ship Model for
Towing Tank Testing. F. López Peña, A. Deibe, B. Priego, M. Míguez
González. Spain
2. i15-146. Method of Ensuring an Interchangeability of the Ultraviolet
Radiation Sensors during a Transition to its Individual Conversion Function.
Oleksiy Roshchupkin, Radislav Smid, Anatoliy Sachenko, Volodymyr
Kochan, Nataliya Roshchupkina. Czech Republic, Ukraine, Poland
3. i15-005. Temperature Influence on Differential Barometric Altitude
Measurements. Dimosthenis E. Bolanakis, Konstantinos T. Kotsis, Theodore
Laopoulos. Greece
4. i15-177. Synthesis and Software Implementation of Electric Arc Furnace
Electrodes Motion Control System. Kseniia Iashyna. Ukraine
5. i15-274. Improvement of Metrological Characteristics of the Antenna
System Using Smart Angle Sensor. Mykhaylo Palamar, Andrii Chaikovskyi,
Yuriy Pasternak, Yaroslav Palamar. Ukraine
9:50 AM – 11:30 AM
Session SB1: Special Stream in Computer Systems for Healthcare
and Medicine
Co-Chairs: Roman Z. Morawski, Domenico Grimaldi
Room: B
1. i15-212. Application of k Nearest Neighbors Approach to the Fall Detection
25
2.
3.
4.
5.
of Elderly People Using Depth-Based Sensors. Piotr Bilski, Paweł Mazurek,
Jakub Wagner. Poland
i15-221. An Optimization-Based Tool for Solving Location and
Reorganization Problems in Healthcare. Francesca Guerriero, Giovanna
Miglionico, Filomena Olivito. Italy
i15-138. UWB-Radar Monitoring of Movements in Homes of Elderly and
Disabled People – An Interdisciplinary Perspective (RADCARE). Tobba T.
Sudmann, Ingebjørg T. Børsheim, Knut Øvsthus, Tomasz Ciamulski, Frode
F. Jacobsen. Norway
i15-281. Investigating Oculus Rift Virtual Reality Display Applicability to
Medical Assistive System for Motor Disabled Patients. Ivo R. Draganov,
Ognian L. Boumbarov. Bulgaria
i15-123. Embedded System for Fall Detection Using Body-Worn
Accelerometer and Depth Sensor. Michal Kepski, Bogdan Kwolek. Poland
9:50 AM – 11:30 AM
Session SC1: Special Stream in Wireless Systems
Co-Chairs: Uwe Grossmann, Axel Sikora
Room: C
1. i15-174. Reliable Device-Free User Localization Using Multichannel Radio
Transceivers. Andreas Fink, Johannes Lange, Tobias Ritt, Helmut Beikirch.
Germany
2. i15-169. Wireless System for Elderly Persons Mobility and Behavior
Investigation. Jerzy Kolakowski, Magdalena Berezowska, Ryszard
Michnowski, Karol Radecki, Lukasz Malicki. Poland
3. i15-139. A Flexible, Modular, Open-Source Implementation of 6LoWPAN.
Manuel Schappacher, Edgar Schmitt, Axel Sikora, Patrick Weber, Artem
Yushev. Germany
4. i15-143. UWB localization in EIGER indoor/outdoor positioning system.
Jerzy Kolakowski, Angelo Consoli, Vitomir Djaja-Josko, Jaouhar Ayadi,
Lorenzo Morrigia, Francesco Piazza. Poland, Switzerland
5. i15-062. Multiple Error Detection and Correction Based on Modular
Arithmetic Correcting Codes. Vasyl Yatskiv, Taras Tsavolyk, Hu Zhengbing.
Ukraine, China.
9:50 AM – 11:30 AM
Session SD1: Special Stream in eLearning Management
Co-Chairs: Peter Arras, Tomas Kozik
Room: D
1. i15-285. Predicting Students’ Success Based on Forum Activities in
MOOCs. Marcus Klüsener, Albrecht Fortenbacher. Germany
26
2. i15-191. Remote Experiment at Universities. Tomáš Kozík, Marek Šimon,
Peter Arras, Peter Kuna, Galina Tabunshchyk. Slovak Republic, Belgium,
Ukraine
3. i15-111. The Experience in Application of Information Technologies for
Teaching of Disabled Students. Mykola Fisun, Alyona Shved, Yuriy
Nezdoliy, Yevhen Davydenko. Ukraine
4. i15-291. Adaptive Test System of Student Knowledge Based on Neural
Networks. Maslovskyi Serhii, Anatoliy Sachenko. Ukraine
5. i15-060. Fuzzy Rules for Tests Complexity Changing for Individual
Learning Path Construction. Taras Lendyuk, Svitlana Sachenko, Sergey
Rippa, Grygoriy Sapojnyk. Ukraine
11:30 AM – 12:15 AM
Coffee Break + Poster Session SP: Foyer (First floor)
Co-Chairs: Francesca Guerriero, Orest Ivakhiv
Intelligent Information Systems, Software Tools and Ontology
1. i15-016. Realization of the Neural Network Model of Prediction of the
Software Project Characteristics for Evaluating the Success of Its
Implementation. Tetiana Hovorushchenko, Andriy Krasiy. Ukraine
2. i15-044. Unsupervised Link Prediction in Evolving Sypmtom Network.
Buket Kaya, Mustafa Poyraz. Turkey
3. i15-054. Link Prediction in Undirected Weighted Disease Networks. Serpil
Gül, Mehmet Kaya. Turkey
4. i15-072. Recommending the Most Appropriate Tariff to GSM Users through
Social Network Modeling. Mehmet Kaya, Abdullah Şener, Buket Kaya.
Turkey
5. i15-074. Generation of Frequent Item Sets in Multidimensional Data by
Means of Templates for Mining Inter-Dimensional Association Rules.
Mykola Fisun, Inessa Kulakovska, Hlib Horban. Ukraine
6. i15-231. Decision Approach of Maintenance for Urban Rail Transit Based
on Equipment Supervision Data Mining. Zhang Ming. China
7. i15-084. Petri-Object Simulation: Software Package and Complexity.
Stetsenko Inna V., Vitaliy Dorosh, Anton Defychun. Ukraine
8. i15-181. The Engineering Software Tools for Nonlinear Dynamical Systems
Identification Based on Volterra Models in Frequency Domain. Vitalij
Pavlenko, Viktor Speranskyy, Mykola Dombrovskyi. Ukraine
Special Stream in Wireless Systems
1. i15-131. Application of Wireless Technologies in Agriculture, Ecological
Monitoring and Defense. Kryvonos Yu., Romanov V., Wojcik W., Galelyuka
I., Voronenko A. Ukraine, Poland
27
2. i15-158. The Implementation of Wireless Sensor Networks for
Environmental Monitoring of Water Facilities. Stanislaw Andrzej Rajba,
Teresa Rajba, Paweł Raif, Iaroslav Kinakh, Volodymyr Karpinskyi. Poland,
Ukraine, United Kingdom
3. i15-061. Concept of Designing the Wireless Sensor Networks on Ant
Intelligence. Vasyl Yatskiv, Nataliya Yatskiv, Anatoliy Sachenko, Orest
Volynskyy. Ukraine
4. i15-082. Optimization Model Lifetime Wireless Sensor Network. A.
Mihalyov, Vikt. Hnatushenko, V. Hnatushenko, N. Vladimirska. Ukraine
Special Stream in eLearning Management
1. i15-059. Individual Learning Path Building on Knowledge-Based Approach.
Taras Lendyuk, Andriy Melnyk, Sergey Rippa, Iryna Golyash, Serhiy
Shandruk. Ukraine
2. i15-118. Flexible Approach to Course Testing for the Improvement of its
Effectiveness in Engineering Education. Anastasia Zhiravetska, Nadezhda
Kunicina, Kristina Berzina, Antons Patlins. Latvia
Special Stream in Advanced Testing and Diagnostics
1. i15-214. Models of the Mutation and Immunity in Test Behavioral
Evolution. Anna Sugak, Oleksandr Martynyuk, Oleksandr Drozd. Ukraine
2. i15-092. Technology of Intelligent Diagnostics Based onVolterra Kernels
Moments. Oleksandr Fomin, Andrew Medvedev, Vitaliy Pavlenko. Ukraine
Data Analysis and Modeling
1. i15-236. Vector Module Exponential in the Remaining Classes System.
D. Kozaczko, S. Ivasiev, I. Yakymenko, M. Kasianchuk. Poland, Ukraine
12:15 AM – 1:30 PM
Round Table and Closing Ceremony: Room A
Co-Chairs: Anatoliy Sachenko, Wieslaw Winiecki
1:30 PM – 2:10 PM
Lunch: Central canteen (Stołówka Centralna PW)
28
Registration
The Registration desk is open on
 Wednesday, September 23, from 5:00 PM to 7:00 PM in WEITI PW,
Entrance Area
 Thursday, September 24, from 8:00 AM to 5:00 PM in MINI PW, First floor
 Friday, September 25, from 8:00 AM to 4:30 PM in MINI PW, First floor
 Saturday, September 26, from 8:00 AM to 1:30 PM in MINI PW, First floor
Internet Access
IDAACS’2015 will provide free Wi-Fi Internet access for every participant
with their own laptop via Eduroam Guest Account. We will provide access codes
at the registration desk.
How to get to Warsaw
Warsaw Chopin Airport (Lotnisko Chopina) is located within a distance of 8
kilometers from the city centre of Warsaw. The airport can be reached by a few
lines of the municipal public transport organized by Zarząd Transportu Miejskiego.
In the vicinity of the terminal there is the underground Warsaw Chopin
Airport railway station. It can be reached by the following trains:
 S2 SKM trains from the Warszawa Śródmieście through Warszawa
Zachodnia,
 S3 SKM trans from the Warszawa Centralna through Warszawa Zachodnia,
 Koleje Mazowieckie (marked as RL) from the Modlin station through Nowy
Dwór Mazowiecki, Legionowo, Warszawa Wschodnia, Warszawa Centralna
/Warsaw Central Station/ and Warszawa Zachodnia.
Four day bus lines and one night line reach the airport:
 line 175 from Plac Piłsudskiego through Krakowskie Przedmieście, Nowy
Świat, Aleje Jerozolimskie (the Centrum underground station, Warszawa
Centralna /Warsaw Central Station/ and Warszawa Śródmieście railway
stations) and Plac Zawiszy,
 line 188 from Praga-Południe through Trasa Łazienkowska (the Politechnika
underground station),
 line 148 from Praga-Południe through Mokotów and Ursynów (the Imielin
underground station),
 line 331 from the Wilanowska underground station (it runs only on
weekdays at peak hours),
 night line N32 from the Warszawa Centralna railway station /Warsaw
Central Station/ (a night interchange point).
Please look for more details here http://www.ztm.waw.pl/index.php?l=2
How to get to the conference venue
WUT main adress: Plac Politechniki 1
The nearest subway station to WUT is called METRO POLITECHNIKA.
29
Bus / tram stop POLITECHNIKA 01
From the Chopin Airport
-by bus [directly to WUT]
At the airport, get on a bus no. 188 or 175
At “LOTNISKO-SEKTORY AB 02” stop and get off at “METRO
POLITECHNIKA 01” stop then walk down Polna Street to Plac Politechniki,
where the main building is located.
-by train [via Warszawa Śródmieście Station]
Take a fast urban rail train S3 ( called ‘SKM’), which goes from the airport
directly to the centre of Warsaw, to WARSZAWA CENTRALNA [Warsaw
Central Station].
From Warszawa Centralna walk c.a 100 m. to DW. CENTRALNA 09 stop
and get on tram 10 and get off at PLAC POLITECHNIKI 01 stop in front of WUT
main building.
From the Modlin Airport
Take the Airport Shuttle to the center of Warsaw and get off at the last stop
in front of the Palace of Culture, near the subway station METRO CENTRUM.
Get on the train there in the direction KABATY
About Warsaw
WARSAW has seven centuries of history full of hardship. During World
War II alone, 90% of the city was destroyed, as the Nazi authorities intended to
erase Warsaw from the map of Europe. It raised itself from ruin like the phoenix
emerging out of the ashes. In 1980, the heart of Warsaw — the Old Town —
restored with amazing detail, was added by UNESCO to the world heritage list.
Over the centuries, the Old Town has witnessed a number of events of primary
importance to the nation’s history. In 1773, in the Royal Castle, the Polish
Parliament established Europe’s first Ministry of Education, the Commission for
National Education. In the same place, in 1791, the Constitution of May the Third,
Europe’s first and the world’s second (after that of the United States) written
democratic constitution was signed. You can absorb the history of Warsaw and
Poland just by walking around the city and visiting palaces, museums, churches
and cemeteries. As the capital of the country, Warsaw is the center of public and
cultural life; Warsaw, the capital of Poland and its largest metropolitan area, is
located in the central part of the country. You can reach it in 1–1.5 flight hours
from any major European city: Paris, London, Rome, Zurich, Frankfurt, Moscow.
The Warsaw downtown is just 8 kilometers from Warsaw International Airport.
there are hundreds of galleries, theaters, cinemas, music scenes; several prestigious
international cultural festivals and competitions take place here every year.
Warsaw is a nice city to stay in.
Located on both sides of the Vistula river, it has numerous parks and
gardens, including the world-renowned palace and park complex, Łazienki, where
a piano concert takes place every Sunday. Mild weather makes outdoor activities
30
pleasurable from mid-spring to late fall; in winter you can sometimes enjoy snow
covering streets and trees. More important, with its 1.8 million population Warsaw
managed to avoid many of the social problems that have affected large North
American and European cities. Warsaw is also one of the largest academic centers
in Europe. More than 250 000 young people are currently studying at more than 60
universities and colleges. We, engineers, are particularly proud of one of these —
the Warsaw University of Technology.
Warsaw is the largest University City in Poland with 15 state and 53 nonstate universities/colleges and a number of research institutions.
The Presidential Palace in Warsaw, Poland
General Information
With a population of over 1.7 million, Warsaw is
Polish largest city and home to the federal
government and parliament. In no other Polish
city is there more progress and growth since
independence obtaining evident than here.
Warsaw coat of arms (see picture on the right) is
the heraldic emblem of the city.
Warsaw is not an industrial city, but a science,
culture and media mecca with a distinct service
sector in the Polish market. A vibrant multicultural orientation is characteristic of Warsaw
and makes it particularly attractive.
31
Construction of St John's Cathedral
began in 1390
Old Town Market Square
About WUT – Warsaw University of Technology
WARSAW UNIVERSITY of TECHNOLOGY, whose origins can be traced
back to the first half of the 19th century, is over 36000 students the largest
technical university in Poland. The academic staff of nearly 2500, including 1700
professors of various ranks, makes it also the highest-ranked institution for
advanced engineering education and research in the country. The University is
organized into 19 faculties that cover virtually all areas of modern engineering.
The origins of Polish universities of technology go back to the 18th century.
They were related to either military technology or mining, which demanded
complicated technological processes as a result of the exploitation of deeper seams.
The model school of technology, a university of technology, was designed by the
French, who in 1794 founded the School of Technology in Paris. In the beginning
of the 19th century universities of technology were opened in Prague (in
1806), Vienna (1815) and in Karlsruhe (1824).
In Poland, the first multidisciplinary university of technology was the
Preparatory School for the Institute of Technology, which was opened on 4
January 1826. The school provided education in technical and business fields. The
Warsaw University of Technology still cultivates its traditions. The man who
played the most important part in creating the school and writing its charter was
Stanisław Staszic, a leading figure in the Polish Enlightenment. Kajetan Garbiński,
a mathematician and Warsaw University professor became the director of the
school. The School was closed in 1831, after the November Insurrection.
In 1898, the Technological Section of the Warsaw Society for Russian
Commerce and Industry, whose director was engineer Kazimierz Obrębowicz,
collected funds for the opening of Emperor Nicolas II University of Technology.
Classes, with Russian as the language of instruction, started on 5 September. They
were soon moved to new buildings, built especially for the Institute. They were
designed by Bronisław Rogóyski and Stefan Szyller.
On the day of the opening, the University had three faculties: the Faculty of
Mathematics, Chemistry and Engineering and Construction. In June 1902, the
32
Faculty of Mining was opened. Poles constituted the majority of students until
1905, when their number reached 1,100. Over the years, the University was an
important scientific centre, educating academic staff not only for its own purposes,
but also for other Polish schools of technology.
Warsaw University of Technology building courtyard
About the faculty of Electronics and Information
Technology
The FACULTY of ELECTRONICS and INFORMATION TECHNOLOGY
occupies a large, 20600 m2 building located at the University’s main campus, just
one kilometer from downtown Warsaw. It is the largest teaching and research
center at the Warsaw University of Technology. Its educational and research
activities cover almost the whole spectrum of electrical and computer engineering
— from microelectronics and optoelectronics, through instrumentation,
measurement, control and robotics, to computer networks and telecommunications.
The Faculty of Electronics and Information Technology is one of the largest
faculties at WUT. It offers three levels of education in the area of Electrical and
Computer Engineering leading to the Bachelor of Science (B.Sc.), Master of
Science (M.Sc.) and Doctor of Philosophy (Ph.D.). Our students and cooperative
research institutions come from 30 different countries. The Faculty employs 300
members of the academic staff (including 27 invited foreign professors), tutoring
3800 students. We offer courses and training authorized and certified by Cisco
Systems. The Faculty has 12 cooperation agreements, with South Korea, Australia,
USA, Russia and Luxembourg being among them. Our education and research
33
cover almost whole spectrum of electrical and computer engineering – including
microelectronics,
optoelectronics,
electronic
systems,
instrumentation,
measurement, biomedical engineering radio- and telecommunications, computer
science, control and robotics. Research is conducted in six Institutes. These are:
- Institute of Computer Science – one of the oldest computer research centers
in Poland; a place where one of the first Polish computers was designed (UMC-1)
in the early 50-ties of the XX century
- Institute of Control and Computation Engineering – where the modeling,
controlling optimization and simulation of complex systems takes place
- Institute of Microelectronics and Optoelectronics – its highlights are the
design, development and characterization of fiber-optic components and advanced
technologies of silicon microelectronics and nanoelectronics
- Institute of Electronics System – the mekka for sensore networks and
measurement-control systems and radar systems simulators
- Institute of Radioelectronics – with Integrated Wireless Sensing and
Reconfigurable Systems for Mobile Local Communication and Positioning grants
- Institute of Telecommunications – leading the application of advanced
modulation methods in broadband wireless networks employing visible light.
Currently the Faculty of Electronics and Information Technology is involved
in 48 research projects. Among them the more interesting ones are the Future
Internet Engineering project, Photonic & Terahertz Technologies Center (FOTEH),
Integrated Mobile System for Counterterrorism and Rescue Operations project (the
Proteus Project) and the Human Brain Project (HBP). The objective of the Future
Internet Engineering is to design, prototype and test new network infrastructure for
Future Internet, named System IIP. The FOTEH Center is created as a part of a
project financed by European Union from resources of European Regional
Development Fund within Innovative Economy Programme. The Proteus Project is
aimed at development of a modern system, which in the future will be able to
support operations of police, fire service and the other services responsible for
security of our society. The designed system will include i.a.: three multifunctional
robots, unmanned aircraft and mobile command centre. The HBP is a ten-year,
large-scale European research initiative whose goal is to understand the human
brain and its diseases and ultimately to emulate its computational capabilities.
Building of WEITI
34
About the Faculty of Mathematics and Information Science
The Faculty of Mathematics and Information Science offers the courses
in Mathematics and Computer Science in Polish.
The following programs are taught in English:

3.5-year undergraduate programme in Computer Science leading to a
Bachelor of Science in Engineering degree. Studies start every year - in October.

1.5-year graduate programme in Computer Science leading to a Master of
Science degree. Studies start every half year - in October or in February.
Graduate programmes exist in the following fields:

Artificial Intelligence (begins in October and February),

Business Intelligence Systems Development (begins in February).
In each of the above three specializations there are general lectures on
modern databases, foundations of Artificial Intelligence, Windows programming,
operating systems, computer network administration as well as several courses
particular to the area of specialization. Each year, depending on the number of
candidates, one or two programmes commence, depending on students’
preferences.
The programs taught in English follow an English/American pattern and
lead to a Bachelor of Science in Engineering degree in 3.5 years and a Master of
Science degree in a further two years. The duration and extent of the programmes
are defined by a system of credits. Credits are obtained on the basis of teaching
results and are attained by a grade which is based on the semester workload and/or
oral/written examinations. A student is supposed to study 30 credit points per
semester (60 credits per academic year). The Bachelor's degree programmes total
210 credits over seven semesters. To proceed from one year to the next, students
have to obtain a certain minimum amount of credits defined by the Faculty
Council. On successful completion of the final semester, final thesis and on
passing the diploma examination students will be granted a B.Sc. degree. The
Master's degree programs total 120 credits over four semesters (two years) or 90
credits over 3 semesters.
New building of MINI
35
Map of the Warsaw University of Technology
36

Contents

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