• Read about

    TeleRescuer concept

    TeleRescuer Project is realized in the framework of Research Fund Coal and Steel programme and partially financed by European Commision. read more

  • About

    TeleRescuer Project results

    The goal of our project is to develop an unmanned vehicle (UV) for the virtual teleportation of the rescuer to the area affected by catastrophic events. read more

  • If you are interested in

    Cooperation with Us

    Are you looking for reliable solutions for mine rescuers’ safety? Would you like to be seller of our products? If you are interested in cooperation do not hesitate to contact us. read more

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    Consortium Members

    We are a well-balanced, interdisciplinary Consortium of research institutions, including SMEs and a prospective end-user. read more

Welcome to TeleRescuer Project.

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Work packages and tasks

The activities in TeleRescuer project are organised in 6 work packages, with some of their tasks presented below.

Work Package 1: Detailed identification of needs, formulating requirements (WP-Leader: SUT)

  • Task 1.1 Identification of the needs (SUT, subcontractor CMRS)
  • Task 1.2 Analysis of the issues concerning the mobility of UV (SUT, VSB)
  • Task 1.3 Analysis of the issues concerning images and physical quantities to be measured by the UV (AIT, STR, SUT, VSB, SIM)
  • Task 1.4 Analysis of the issues concerning the communication and control (AIT, VSB, STR, SUT)
  • Task 1.5 Analysis of the issues concerning navigation and map building (VSB, SUT)
  • Task 1.6 Formal specification of requirements (SUT + subcontractor CMRS, VSB, AIT, STR, SIM)

Work Package 2: Research into the UV (WP-Leader: VSB)
  • Task 2.1 Research into the mechatronic subsystem of the UV (SUT, VSB)
  • Task 2.2 Research into the communication system and sensory system (UC3M)
  • Task 2.3 Research into the control system (VSB)
  • Task 2.4 Development of methodologies for building maps (VSB)
  • Task 2.5 Research into the methods of the autonomous operation of a UV in a known environment (SUT)
  • Task 2.6 System integration (VSB, all technological partners)

Work Package 3: Research into virtual teleportation technology and development of a training simulator (WP-Leader: STR)
  • Task 3.1 Development of the concept of a methodology and system for virtual teleportation: (STR, ALL)
  • Task 3.2 Research into knowledge representation (STR)
  • Task 3.3 Development of a knowledge-based methodology of virtual immersion (STR, SIM)
  • Task 3.4 Prototyping software and hardware of the human-machine interface (STR, SIM)
  • Task 3.5 Integration of virtual teleportation technology (STR, SIM)
  • Task 3.6 Prototyping 2D/3D visual hardware/software system for the training simulator (SIM, STR)
  • Task 3.7 Development of methods for realistic simulations (STR, VSB, UC3M, SIM)
  • Task 3.8 Prototyping the human-to-machine interface for the training simulator (STR, SUT, UC3M, SIM)
  • Task 3.9 Training simulator software development, system integration and extensive testing (SIM, SUT, UC3M, STR, SUT subcontractor CMRS)

Work Package 4: Field tests of the system and its components (WP-Leader: AIT)
  • Task 4.1 Setting up the detailed plan of the tests (KPX; consulting with ALL, including the subcontractor CMRS)
  • Task 4.2 Carrying out the tests (KPX; ALL partners participate, including the subcontractor CMRS)
  • Task 4.3 Reporting the tests (KPX; ALL partners participate, including the subcontractor CMRS)

WP 5: Dissemination of results (WP-Leader: SUT)
  • Task 5.1 Managing the official TeleRescuer website (SUT)
  • Task 5.2 Preparing the presentations of the completed tasks (ALL)
  • Task 5.3 Publishing scientific papers about the results of the project (ALL)
  • Task 5.4 Participating in fairs and exhibitions (ALL)
  • Task 5.5 Preparing comprehensive descriptions of the project results (SUT)

Work Package 6: Management and coordination of the project (WP-Leader: SUT)
  • Task 6.1 Project coordination (SUT)
  • Task 6.2 Project management and control (SUT)