Andrey Karsakov
Cited by
Cited by
Existing teaching practices in augmented reality
A Klimova, A Bilyatdinova, A Karsakov
Procedia Computer Science 136, 5-15, 2018
Multimodel agent-based simulation environment for mass-gatherings and pedestrian dynamics
V Karbovskii, D Voloshin, A Karsakov, A Bezgodov, C Gershenson
Future Generation Computer Systems 79, 155-165, 2018
Multiscale agent-based simulation in large city areas: emergency evacuation use case
V Karbovskii, D Voloshin, A Karsakov, A Bezgodov, A Zagarskikh
Procedia Computer Science 51, 2367-2376, 2015
3D virtual environment for project-based learning
A Karsakov, A Bilyatdinova, AG Hoekstra
2014 IEEE 8th International Conference on Application of Information and, 2014
Virtual environment for creative and collaborative learning
A Bilyatdinova, A Karsakov, A Bezgodov, A Dukhanov
Knowledge, Information and Creativity Support Systems, 371-381, 2016
The framework for rapid graphics application development: the multi-scale problem visualization
A Bezgodov, A Karsakov, A Zagarskikh, V Karbovskii
Procedia Computer Science 51, 2729-2733, 2015
Learning AI techniques through bot programming for a turn-based strategy game
A Bezgodov, A Karsakov, K Mukhina, D Egorov, A Zakharchuk
European Conference on Games Based Learning, 66, 2015
Dijkstra-based terrain generation using advanced weight functions
K Golubev, A Zagarskikh, A Karsakov
Procedia Computer Science 101, 152-160, 2016
Multi-agent crowd simulation on large areas with utility-based behavior models: Sochi Olympic Park Station use case
A Simonov, A Lebin, B Shcherbak, A Zagarskikh, A Karsakov
Procedia Computer Science 136, 453-462, 2018
Toolbox for Visual Explorative Analysis of Complex Temporal Multiscale Contact Networks Dynamics in Healthcare
A Karsakov, A Moiseev, K Mukhina, IN Ankudinova, MA Ignatieva, ...
Procedia Computer Science 80, 2107-2118, 2016
Improving visualization courses in Russian higher education in computational science and high performance computing
A Karsakov, A Bilyatdinova, A Bezgodov
Procedia Computer Science 66, 730-739, 2015
The framework for problem solving environments in urban science
A Zagarskikh, A Karsakov, T Tchurov
Procedia Computer Science 29, 2483-2495, 2014
A framework for a multi-agent traffic simulation using combined behavioural models
K Golubev, A Zagarskikh, A Karsakov
Procedia Computer Science 136, 443-452, 2018
Efficient Visualization of Urban Simulation Data Using Modern GPUs
A Zagarskikh, A Karsakov, A Bezgodov
Procedia Computer Science 51, 2928-2932, 2015
Floodvision: A Tool for Fast and Comfortable Scenario-Based Visual Analysis of a Large Climate Datasets
K Golubev, A Zagarskikh, A Moiseev, A Karsakov
Procedia computer science 119, 298-306, 2017
Short-term Multiagent Simulation-based Prediction in Mass Gatherings Decision Support
V Karbovskii, K Andrey, D Rybokonenko, D Voloshin
Procedia Computer Science 80, 2119-2127, 2016
Modelling and analysis of complex patient-treatment process using GraphMiner toolbox
O Metsker, S Kesarev, E Bolgova, K Golubev, A Karsakov, A Yakovlev, ...
International Conference on Computational Science, 674-680, 2019
An Efficient Approach of Infrastructure Processing Visualization Within Cloud Computing Platform
A Zagarskikh, A Karsakov, K Mukhina, D Nasonov, A Bezgodov
Procedia Computer Science 66, 705-710, 2015
Scenario-based simulations within the system of coupled urban models
A Zagarskikh, A Karsakov, V Karbovskii, V Kashirin, T Tchurov
International Multidisciplinary Scientific GeoConference Surveying Geology, 2014
Developing a Model Augmented Reality Curriculum
M Fominykh, F Wild, R Klamma, M Billinghurst, LS Costiner, A Karsakov, ...
Proceedings of the 2020 ACM Conference on Innovation and Technology in, 2020
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