| BICA*AI 2020 Posters on Display in VCC and Mozilla Hubs | |||||||
| Title and column headers are clickable. Updated on Nov 14, 2020. | |||||||
| # | Room | Authors | Title | Bot | Laser | ||
| 4 | A | Lucas J. J. Fijen, Julio J. López González and Jan Treur | An Adaptive Temporal-Causal Network Model to Analyse Extinction of Communication over Time | ✔ | ✔ | ||
| 7 | A | Howard Schneider | Causal Cognitive Architecture 1: Integration of Connectionist Elements into a Navigation-Based Framework | ✔ | ✔ | ||
| 57 | A | Leendert Remmelzwaal, Amit Mishra and George Ellis | Brain-inspired Distributed Cognitive Architecture | ✔ | ✔ | ||
| 67 | A | Jan Treur | Modeling the Emergence of Informational Content by Adaptive Networks for Temporal Factorisation and Criterial Causation | ✔ | |||
| 92 | A | Jan Treur and Gerrit Glas | A Multi-Level Cognitive Architecture for Self-Referencing, Self-Awareness and Self-Interpretation | ✔ | |||
| 107 | A | Joey van den Heuvel and Jan Treur | To Help or Not to Help: A Network Modelling Approach to the Bystander Effect | ✔ | |||
| 134 | A | Jan Treur | An Adaptive Network Model Covering Metacognition to Control Adaptation for Multiple Mental Models | ✔ | |||
| 19 | B | Olga Chernavskaya and Yaroslav Rozhylo | On Modeling the Creativity and the Concept of Chef-D'oeuvre | ||||
| 43 | B | Evgeny Chepin | Robotics: from cybernetics first to third order | ||||
| 91 | B | Yulia Neroznikova and Alexander Vartanov | The Role of Gender in the Prosocial Behavior Mechanisms | ||||
| 96 | B | Taisuke Akimoto | Cogmic Space for Narrative-Based World Representation | ✔ | |||
| 98 | B | Yulia Neroznikova and Alexander Vartanov | Reflection of Empathy Processes in Evoked Potentials | ||||
| 99 | B | Yuliya Gavrilenko, Saada Daniel, Eugene Ilyushin, Alexander Vartanov and Andrey Shevchenko | The electroencephalogram based classification of internally pronounced phonemes | ||||
| 100 | B | Alisa Suyuncheva and Alexander Vartanov | Comparison of brain induced potentials in internal speech in studied and unknown languages | ||||
| 32 | C | Elena Matrosova, Anna Tikhomirova, Nikolay Matrosov and Dmitriy Kovtun | Visualization of T. Saati hierarchy analysis method | ✔ | |||
| 40 | C | Sergey Kulik and Evgeny Levin | Specialized software tool for pattern recognition of biological objects | ✔ | |||
| 42 | C | Viacheslav Wolfengagen, Larisa Ismailova and Sergey V. Kosikov | Combinator-as-a-process for representing the information structure of deep computing | ||||
| 73 | C | Viacheslav Wolfengagen, Larisa Ismailova and Sergey V. Kosikov | Applicative model to bring-in conceptual envelope for computational thinking with information processes | ||||
| 106 | C | Larisa Ismailova, Viacheslav Wolfengagen, Sergey V. Kosikov and Denis Babushkin | Modeling Spread, Interlace and Interchange of Information Processes with Variable Domains | ||||
| 121 | C | Viacheslav Wolfengagen, Larisa Ismailova and Sergey V. Kosikov | Computational Model for Capturing the Interdependencies on Information Processes | ||||
| 136 | C | Viacheslav Wolfengagen, Larisa Ismailova and Sergey V. Kosikov | Imposing and Superposing the Information Processes over Variable Concepts | ||||
| 30 | D | Natalia Miloslavskaya and Alexander Tolstoy | Cyber Polygon Site Project in the Framework of the MEPhI Network Security Intelligence Center | ||||
| 31 | D | Natalia Miloslavskaya and Steven Furnell | Network Security Intelligence Centres for Information Security Incident Management | ||||
| 34 | D | Natalia Miloslavskaya, Andrey Nikiforov and Kirill Plaksiy | Block Formation for Storing Data on Information Security Incidents for Digital Investigations | ||||
| 49 | D | Victor Alyushin | Correlation of a Face Vibroimage Informative Parameters with Characteristics of a Person’s Functional State When Using VR and AR Technical Means | ✔ | |||
| 51 | D | Alexander Alyushin and Sergey Dvoryankin | Acoustic Pattern Recognition Technology Based on the Viola-Jones Approach for VR and AR Systems | ✔ | |||
| 55 | D | Lyubov Kolobashkina, Mikhail Alyushin and Kirill Nikishov | Expandable Digital Functional State Model of Operator for Intelligent Human Factor Reliability Management Systems | ✔ | |||
| 70 | D | Vasilii Volodin and Andrej Tolokonskij | Analysis of using of neural networks for real-time process control | ✔ | |||
| 3 | E | Victor A. Rusakov | On the Regularity of the Bias of Throughput Estimates on Traffic Averaging | ✔ | |||
| 16 | E | Pavel Piskunov and Igor Prokhorov | Applying of artificial intelligence in the tasks of separation the university’s IT landscape into functional modules for microservices and microkernels | ||||
| 50 | E | Dmitriy Dimitrichenko | Algorithm for constructing logical neural networks based on logical various-valued functions | ✔ | |||
| 63 | E | Irina Malanchuk | Cognitive Architectures of Effective Speech-Language Communication and Prospective Challenges for Neurophysiological Speech Studies | ✔ | |||
| 68 | E | Anna Lebedeva and Anna Guseva | Designing software for risk assessment using a Neural Network | ||||
| 95 | E | Andrei Andrianov, Seyed Sahand Mohammadi Ziabari and Charlotte Gerritsen | A Brain-Inspired Cognitive Support Model for Stress Reduction based on an Adaptive Network Model | ||||
| 115 | E | Evgeniy Tretyakov, Alexey Artamonov, Kristina Ionkina, Boris Onykij and Rufina Tukumbetova | A Methodology for Designing Self-organizing Systems | ||||
| 24 | F | Zalimkhan Nagoev and Irina Gurtueva | Multiagent model of the process of mastering linguistic competence based on perceptual space formation | ||||
| 26 | F | Zalimhan Nagoev, Inna Pshenokova, Olga Nagoeva and Zaurbek Sundukov | Learning algorithm for an intelligent decision making system based on multi-agent neurocognitive architectures | ✔ | |||
| 33 | F | Elena Matrosova, Anna Tikhomirova, Anna Guseva and Nikolay Matrosov | “Loyalty Program” tool application in megaprojects | ||||
| 41 | F | Dmitrii Litovkin, Dmitrii Dontsov, Anton Anikin and Oleg Sychev | Suitability of Object-Role Modeling diagrams as an intermediate model for ontology engineering: testing the rules for mapping | ✔ | |||
| 97 | F | Artur Petrosyan, Mikhail Lebedev and Alexey Ossadtchi | Linear systems theoretic approach tointerpretation of spatial and temporal weights incompact CNNs: Monte-Carlo study | ||||
| 110 | F | Alexander Naumov, Alexander Sboev and Roman Rybka | Data-Driven Model for Emotion Detection in Russian Texts | ✔ | |||
| 113 | F | Alexander Sboev, Alexey Serenko, Roman Rybka and Danila Vlasov | Ensembling SNNs with STDP learning on base of rate stabilization for image classification | ||||
| 29 | G | Alexey Artamonov, Mikhail Ulizko, Rufina Tukumbetova and Larisa Pronicheva | Complex Objects Identification and Analysis Mechanisms | ✔ | |||
| 36 | G | Michael Rudy, Eugene Chepin and Alexander Gridnev | Extending the intelligence of the Pioneer 2AT mobile robot | ✔ | |||
| 39 | G | Oleg Sychev and Yaroslav Kamennov | Eligibility of English hypernymy resources for extracting knowledge from natural-language texts | ✔ | |||
| 48 | G | Larisa Lyutikova and Elena Shmatova | Algorithm for constructing logical operations to identify patterns in data | ✔ | |||
| 61 | G | Timofei Voznenko, Alexander Gridnev, Eugene Chepin and Konstantin Kudryavtsev | Comparison between Coordinated Control and Interpretation Methods for Multi-Channel Control of a Mobile Robotic Device | ||||
| 89 | G | Larisa Lyutikova | Applying a logical derivative to identify hidden patterns in the data structure | ✔ | |||
| 93 | G | Artem Sukhobokov and Liubov Lavrinova | AGI components for enterprise management systems | ✔ | |||
| 35 | H | Salvador Cervantes, Sonia López and José-Antonio Cervantes | Toward ethical cognitive architectures for the development of artificial moral agents | ✔ | |||
| 54 | H | Kholodny Yuri, Sergey Kartashov, Denis Malakhov and Vyacheslav Orlov | Improvement of the technology of fMRI-experiments in the concealed information paradigm | ||||
| 56 | H | Alexey Poyda, Maksim Sharaev, Vyacheslav Orlov, Stas Kozlov, Irina Enyagina and Vadim Ushakov | Comparative analysis of methods for calculating the interactions between the human brain regions based on resting-state fMRI data to build long-term cognitive architectures | ✔ | |||
| 72 | H | Kazuteru Miyazaki | Application of Deep Reinforcement Learning to Decision-Making System based on Consciousnes | ✔ | |||
| 80 | H | David Kelley | Applying Independent Core Observer Model Cognitive Architecture to a Collective Intelligence System | ✔ | |||
| 84 | H | Z. Nosovets, B.M. Velichkovsky, L. Zaidelman, V. Orlov, S. Kartashov, A. Kotov, V. Ushakov, V. Zabotkina | Lateralization in Neurosemantics: Are Some Lexical Clusters More Equal Than Others? | ||||
| 88 | H | Yuri Kholodny, Sergey Kartashov, Denis Malakhov and Vyacheslav Orlov | Study of neurocognitive mechanisms in the concealed information paradigm | ||||
| 12 | I | Alexander Shtanko and Sergey Kulik | Preliminary Experiment on Emotion Detection in Illustrations Using Convolutional Neural Network | ✔ | |||
| 104 | I | Mukhamed Kazakov | Logical circuits of a ΣΠ-neuron model | ✔ | |||
| 117 | I | Vasilii Davydov, Timofei Liusko and Aleksandr I. Panov | Self and Other Modelling in CooperativeResource Gathering with Multi-Agent Reinforcement Learning | ✔ | |||
| 128 | I | Valeriia Demareva and Julia Edeleva | Eye movement correlates of foreign language proficiency in Russian-English bilinguals | ✔ | |||
| 144 | I | Alexander Lebedev and Nikolay Maksimov | Toward a building an Ontology of artefact | ✔ | |||
| 145 | I | Nikolay Maksimov, Olga Golitsina, Kirill Monankov and Natalia Bal | Graph-ontology model of cognitive-similar information retrieval (on the requirements tracing task example) | ||||
| 9 | J | Jagna Nieuwazny, Karol Nowakowski, Michał Ptaszyński, Rafał Rzepka, Fumito Masui and Kenji Araki | Does change in ethical education influence core moral values? Towards culture-aware morality model | ✔ | |||
| 22 | J | Igor A. Kuznetsov, Matvey V. Koptelov, Dmitriy A. Kovtun and Anna I. Guseva | A method for reducing the impact of information risks on a megaproject life cycle based on a semantic information field | ✔ | |||
| 46 | J | Pavel G. Gudkov and Anna I. Guseva | Accuracy of Expert Assessments in Evaluating Innovative Projects | ||||
| 87 | J | Vladimir Ivlev, Sergey Misyurin and Andrey Nelyubin | Friction model identification for dynamic modeling of pneumatic cylinder | ||||
| 138 | J | Yulia Medvedeva and Rafael Abdulov | Labor productivity growth based on revolutionary technologies as a factor for overcoming the economic crisis | ||||
| 141 | J | Andrey M. Kanner, Tatiana M. Kanner and Anna V. Epishkina | Algorithm for Optimal and Complete Testing of Software and Hardware Data Security Tools | ✔ | |||
| 47 | K | Liudmila Zaidelman, Zakhar Nosovets, Artemiy Kotov, Vadim Ushakov, Vera Zabotkina and Boris M. Velichkovsky | Russian-language Neurosemantics: Clustering of Word Meaning and Sense from the Oral Narratives | ||||
| 59 | K | Sergey Kartashov, Vyacheslav Orlov, Aleksandra Maslennikova and Vadim Ushakov | Neurophysiological features of neutral and threatening visual stimuli perception in patients with schizophrenia | ||||
| 66 | K | Maksim Sharaev, Tatiana Melnikova-Pitskhelauri, Alexander Smirnov, Arseniy Bozhenko, Vyacheslav Yarkin, Alexander Bernstein, Evgeny Burnaev, Plamen Petrov, David Pitskhelauri, Vyacheslav Orlov and Igor Pronin | Brain cognitive architectures mapping for neurosurgery: resting-state fMRI and intraoperative validation | ||||
| 76 | K | Sergey Misyurin, German Kreinin, Natalia Nosova and Andrey Nelubin | Selection of a Friction Model to Take into Account the Impact on the Dynamics and Positioning Accuracy of Drive Systems | ||||
| 83 | K | Alexey Matronchik, Elena Khangulyan and Nikolay Klyachin | Remote laboratory-based classes at the department of general physics of NRNU MEPhI under the condition of the COVID-19 pandemic. | ||||
| 109 | K | Julia Bobrysheva and Sergey Zapechnikov | Post-quantum group key agreement scheme | ||||
| 137 | K | Sergey Misyurin, German Kreinin, Natalia Nosova and Andrey Nelyubin | Kinematics and dynamics of the spider-robot mechanism, motion optimization | ||||
| 143 | K | Evgenii Vityaev and Bayar Pak | PROTOTYPES of the “NATURAL” CONCEPTS DISCOVERY | ||||
| Room | Total | Poster Numbers | |||||
| A | 7 | 4, 7, 57, 67, 92, 107, 134 | |||||
| B | 7 | 19, 43, 91, 96, 98, 99, 100 | |||||
| C | 7 | 32, 40, 42, 73, 106, 121, 136 | |||||
| D | 7 | 30, 31, 34, 49, 51, 55, 70 | |||||
| E | 7 | 3, 16, 50, 63, 68, 95, 115 | |||||
| F | 7 | 24, 26, 33, 41, 97, 110, 113 | |||||
| G | 7 | 29, 36, 39, 48, 61, 89, 93 | |||||
| H | 7 | 35, 54, 56, 72, 80, 84, 88 | |||||
| I | 6 | 12, 104, 117, 128, 144, 145 | |||||
| J | 6 | 9, 22, 46, 87, 138, 141 | |||||
| K | 8 | 47, 59, 66, 76, 83, 109, 137, 143 | |||||