The article reviews such problems as global trajectory forming upon the plane surface for mobile robotic complex, obstacle detection and local detour trajectory building using MatLab standard built-in libraries. The algorithm was divided into several logical parts: fuzzy rule set construction based on prior knowledge about initial vehicle orientation and target position for the global routing; avoiding critical hindrance, which do not allow to continue planned movement; fuzzy knowledge base forming for the local detour trajectory building; ensuring a stable return to the original global
REFERENCES
1.
Mashkov
, K.
, Rubtsov
, V.
, & Rubtsov
, I.
(2018
). Development of robotics technologies in agriculture
. In MATEC Web of Conferences
(Vol. 224
). EDP Sciences.2.
Serebrennyi
, V.
, Boshliakov
, A.
, & Ovsiankin
, G.
(2018
). Active stabilization in robotic vision systems
. In MATEC Web of Conferences
(Vol. 161
, p. 03019
). EDP Sciences.3.
Lapshov
, V. S.
, Noskov
, V. P.
, Rubcov
, I. V.
, Rudianov
, N. A.
, Gurdzhi
, A.
, Ryabov
, A. V.
, & Hrushchev
, V. S.
(2016
). Perspektivy razrabotki avtonomnyh nazemnyh robototekhnicheskih kompleksov special’nogo voennogo naznacheniya
. Izvestiya YUzhnogo federal’nogo universiteta. Tekhnicheskie nauki
, (1174
) (In Russ.)4.
Kozlowski
, K.
, & Pazderski
, D.
(2004
). Modeling and control of a 4-wheel skid-steering mobile robot
. International journal of applied mathematics and computer science
, 14
, 477
–496
.5.
Mireles
Jr, J.
(2004
). Kinematic models of mobile robots. Automation and Robotics Research Institute, University of Texas at Austin.
6.
Angel
, L.
, Hernandez
, C.
, & Diaz-Quintero
, C.
(2013
, July). Modeling, simulation and control of a differential steering type mobile robot
. In Proceedings of the 32nd Chinese Control Conference
(pp. 8757
–8762
). IEEE.7.
Siegwart
, R.
, Nourbakhsh
, I. R.
, & Scaramuzza
, D.
(2011
). Introduction to autonomous mobile robots
. MIT press.
8.
Noskov
V.P.
, Rubtsov
I.V.
, Romanov
A. Yu.
(2007
). Environment Fusion Model on Basis of Data from Videocamera and Range Scaner
. Mechatronics, Automotization, Controlling Journal
, (8
), 2
–5
.9.
Serebrennyi
, V.
, Boshliakov
, A.
, & Ovsiankin
, G.
(2018
). Active stabilization in robotic vision systems
. In MATEC Web of Conferences
(Vol. 161
, p. 03019
). EDP Sciences.10.
Baybikova
T.
, Domoratskiy
E.
Technique for dynamically reconstructing shape and size of three-dimensional objects from their projected dimensions. Herald of the Bauman Moscow State Technical University, Series Natural Sciences
, Issue 5
, 2017
, Pages 109
–117
11.
Vorotnikov
, S.
, Ermishin
, K.
, Nazarova
, A.
, & Yuschenko
, A.
(2018
, September). Multi-agent Robotic Systems in Collaborative Robotics
. In International Conference on Interactive Collaborative Robotics
(pp. 270
–279
). Springer
, Cham
.12.
Shakhnov
, V.
, Vlasov
, A.
, Zinchenko
, L.
, & Rezchikova
, E.
(2013
, September). Visual learning environment in electronic engineering education
. In 2013 International Conference on Interactive Collaborative Learning (ICL
) (pp. 379
–388
). IEEE.13.
Boshlyakov
, A. A.
, & Rubcov
, V. I.
(2013
). Proektirovanie nechetkogo regulyatora sledyashchej sistemy
. Inzhenernyj zhurnal: nauka i innovacii
, (8
), 1
–11
(In Russ.)14.
15.
Blundell
, M.
, & Harty
, D.
(2004
). The multi-body systems approach to vehicle dynamics. Society of Automotive Engineers. Inc.
, Warrendale
, SAE ISBN 0-7680-1496-4.16.
Valera
, A.
, Valles
, M.
, & Tornero
, J.
(2001
). Real-Time Robot Control implementation with Matlab/
Simulink. IFAC Proceedings
Volumes, 34
(9
), 527
–532
.17.
Hua
, J.
, Cui
, Y.
, Ding
, W.
, Li
, H.
, Wang
, Y.
, & Xi
, N.
(2009
, December). Modeling and control of wheeled mobile robot in constrained environment based on hybrid control framework
. In 2009 IEEE International Conference on Robotics and Biomimetics (ROBIO
) (pp. 75
–79
). IEEE.18.
Silva-Ortigoza
, R.
, Marquez-Sanchez
, C.
, Carrizosa-Corral
, F.
, Hernandez-Guzman
, V. M.
, Garcia-Sanchez
, J. R.
, Taud
, H.
, … & Alvarez-Cedillo
, J. A.
(2014
). Obstacle avoidance task for a wheeled mobile robot-a matlab-simulink-based didactic application
. In MATLAB Applications for the Practical Engineer. IntechOpen.
19.
20.
Wang
, R.
, Wang
, M.
, Guan
, Y.
, & Li
, X.
(2015
). Modeling and analysis of the obstacle-avoidance strategies for a mobile robot in a dynamic environment
. Mathematical Problems in Engineering
, 2015.
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