COACHES - Cooperative Autonomous robots in Complex Humans EnvironmentS

Project Details


Public spaces in large cities are increasingly becoming complex and unwelcoming environments. Public spaces progressively become more hostile and unpleasant to use because of the overcrowding and complex information in signboards. It is in the interest of cities to make their public spaces easier to use, friendlier to visitors and safer to increasing elderly population and to citizens with disabilities. Meanwhile, we observe, in the last decade a tremendous progress in the development of robots in dynamic, complex and uncertain environments. The new challenge for the near future is to deploy a network of robots in public spaces to accomplish services that can help humans.

Inspired by the aforementioned challenges, COACHES project addresses fundamental issues related to the design of a robust system of self-directed autonomous robots with high-level skills of environment modelling and scene understanding, distributed autonomous decision-making, short-term interacting with humans and robust and safe navigation in overcrowding spaces. To this end, COACHES will provide an integrated solution to new challenges on: (1) a knowledge-based representation of the environment, (2) human activities and needs estimation using Markov and Bayesian techniques, (3) distributed decision-making under uncertainty to collectively plan activities of assistance, guidance and delivery tasks using Decentralized Partially Observable Markov Decision Processes with efficient algorithms to improve their scalability and (4) a multi-modal and short-term human-robot interaction to exchange information and requests.

COACHES project will provide a modular architecture to be integrated in real robots. We deploy COACHES at Caen city in a mall called “Rive de l’orne”. COACHES is a cooperative system consisting of ?xed cameras and the mobile robots. The ?xed cameras can do object detection, tracking and abnormal events detection (objects or behaviour). The robots combine these information with the ones perceived via their own sensor, to provide information through its multi-modal interface, guide people to their destinations, show tramway stations and transport goods for elderly people, etc.... The COACHES robots will use different modalities (speech and displayed information) to interact with the mall visitors, shopkeepers and mall managers.

The project has enlisted an important an end-user (Caen la mer) providing the scenarios where the CAOCHES robots and systems will be deployed, and gather together universities with complementary competences from cognitive systems (SU), robust image/video processing (VUB, UNICAEN), and semantic scene analysis and understanding (VUB), Collective decision-making using decentralized partially observable Markov Decision Processes and multi-agent planning (UNICAEN, Sapienza), multi-modal and short-term human-robot interaction (Sapienza, UNICAEN).
Effective start/end date1/10/1430/09/17


  • Low Power Cmos
  • Digital Image Processing
  • Numerical Linear Algebra
  • Embedded System Design
  • Image Reconstruction
  • Displays
  • Audio Processing
  • Light Detectors
  • Micro-Electronics Technology
  • Sige Bicmos Design
  • Satellite Image Analysis
  • Telemedicine
  • Medical Image Analysis
  • Inverse Problems
  • Video Compression
  • JPEGx
  • Neural Networks
  • Mine Detection
  • Vision
  • Digital Signal Processing
  • Electronic System Design
  • Machine Vision
  • Micro Electronics
  • Cmos Design
  • Chip Interconnects (Inter / Intra)
  • Humanitarian Demining
  • Speech Processing
  • Mpegx
  • Light Emitters
  • Pattern Recognition
  • Mm-Wave Technology
  • Robot Vision
  • Impedance Tomography
  • Image Compression
  • Light Modulators
  • Computer Aided Electronic Design
  • Medical Image Visualization
  • Motion Estimation And Tracking
  • Opto-Electronics
  • Multispectral Image Analysis
  • Electronics
  • Computer Vision
  • Image Processing
  • Industrial Visual Inspection
  • Image Analysis

Flemish discipline codes

  • Electromagnetism and antenna technology
  • Materials science and engineering
  • Nanotechnology
  • Multimedia processing
  • Electronics
  • Applied mathematics in specific fields
  • Biological system engineering