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TRIMIS

Multisensory robotic system for aerial monitoring of critical infrastructure systems

MUROS

Multisensory robotic system for aerial monitoring of critical infrastructure systems

Background & policy context: 

The purpose of the “Multisensory robotic system for aerial monitoring of critical infrastructure systems” (MUROS) project was to develop a surveillance and monitoring system with unmanned aerial platforms for monitoring, preventing and mitigating incidents which have an impact on critical infrastructure (transport routes for oil products, railways, power lines, highways etc.)

Objectives: 

The general objectives were the following:

  • Define and identify projects which would permit participation in the European Space Agency (ESA) optional programs.
  • Develop and promote national research, educational and industrial capabilities in the aeronautics, security and related areas.
  • Increase the links and communications between research (academic) and industrial entities.
  • Realize high-level scientific production and increase the quality level of the fundamental and applicative research.

The specific objectives were the following:

  • Scientific and robotic exploration programs, part of the optional ESA programs; 
  • Develop technologies, tools and equipment in the aeronautic, security and related areas.
  • Define the architecture of a flexible multisensory robotic system capable of monitoring critical infrastructure based on data fusion.
  • Analyze control, data acquisition and processing algorithms in view of their integration on the robotic system.
  • Integrate the software resulted from the control, acquisition and processing algorithms into the robotic system.
  • Test the resulting experimental model.
  • Create, test and validate the fixed network for routing UAV and data acquisition.
  • Test the functionality of the robotic system on case studies, to ensure monitoring services in different domains.
Methodology: 

The project was structured into the following activities:

  • WP1 - Define functional requirements and system architecture development
  • WP2 - Methods and algorithms for control, acquisition, processing and transmission of data
  • WP3 - Multisensory robotic system design
  • WP4 - Developing and testing a functional model of multisensory robotic system
  • WP5 - Developing, testing and validating an experimental model UAV
  • WP6 - Demonstration of system functionality through case studies
Funding Source(s): 
Romanian Space Agency
Key Results: 

The project activities follow the following principles of ESA programs:

  • from ESA's Basic Technology Research Programme (TRP), to explore new ideas from the very earliest stages, in order to valorise the technological progress in the development of UAVs
  • ESA's General Support Technology Programme (GSTP), to convert promising engineering concepts into a broad spectrum of mature products – everything from individual components to subsystems up to complete systems. 
  • The GSTP also includes work on product and process improvements, aiming for a flexible response to the needs of ESA programmes, Member States and European industry. 
Partners: 

University POLITEHNICA of Bucharest

SC TEAMNET INTERNATIONAL SA
SC AUTONOMOUS SRL 
SC AFT DESIGN SRL

Organisation: 
University POLITEHNICA of Bucharest
Contact country: