Network of IcT Robo Clubs - Erasmus in the field of robotics, based on a partnership between Bulgaria, Romania and Slovakia
Concept for service robot-drone for storage or delivery of produce
Concept of cyber-physical system for intelligent husbandry farm
Robotised module transport system
with mechanum wheels
Expertise of the Department Cyber-Physical Systems of Institute of Information and Communication Technologies-Bulgarian Academy of Sciences is research and development of innovative intelligent ICT for control of mobile robots and embedded systems and educational robotics. The methods of tele-control of cyber-physical systems, by voice, gestures and user interface are being studied. The department is also conducting research in the Environmental Modeling, Fire Behavior Modeling and Web-GIS decision support tools development.
Currently Department Cyber-Physical Systems of IICT-BAS is a project coordinator of EC project №-2020-1-BG01-KA202-079200, "Network of IcT Robo Clubs" ERASMUS +, Key action 2, Vocational education and training http://nitroclubs.eu and BNSF project № KP-06-M27/1, "Research and development of innovative, intelligent information and communication technologies for control of service robots"
Resently the Department has become a member of the DIH² Network (Digital Inovation Hub for Agile Robotics)
He received a PhD degree from the Institute of Handling Device and Robotics, TU Vienna, Austria. Currently he is also a head of RILab i2030 from the Institute of Information and Communication Technologies - BAS. His research interests are: service robots, mechatronics, human-robot interaction, Industry 4.0, IoT.
Assoc. prof. Chivarov is PhD students supervisor and lecturer on Service and Educational Robotics, currently is a project coordinator of the project N: 2020-1-BG01-KA202-079200, Network of IcT Robo Clubs, ERASMUS +, Key action 2, Vocational education and training, and Member of the management committee of COST Action CA16116 - Wearable Robots for Augmentation, Assistance or Substitution of Human Motor Functions.
The aim of RILab i2030 is to provide RTD support for SMEs and high tech industry with research and training services for modeling of industrial parts, modules, units, systems, their simulation, prototyping, testing, experimental study and development, and virtual manufacturing.
RILab i2030 offers to SMEs and high tech industry support for: