• Autonomous Search for Mines II : Hierarchical Search Using Sensory Data
  CAO Yonghuan and GELENBE Erol
  Duke University, USA.
   
• Cartesian to Hyperbolic Conversion for Dervish Decca Control in Command Mode from CA based Minefield Maps
  SALTER Stephen H.
  University of Edinburgh, Scotland
   
• Advanced Technology Demining Requirements
  DERLICH Helmut, JAHNCKE Christian, ROMHILD Werner
  I.A.B.G., Germany
   
• Mine-Detection and Vehicle Based Wide Area Mine Detection with Metalsensors
  WEISER Thomas
  Schiebel Elektronische Gerate GmbH, Austria
   
• Mobile mine detection and clearance device (MMSR)
  LAUKEMPER Jörg
  TZN, Germany
   
• Eureka demining project
  MADRIGAL ESTEBAN Anna Maria,
  G.T.D. Ingenieria de Sistemas y Software Industrial S.A., Spain
   
• Concepts of teleoperated demining systems
  DEBOICHET J.P.
  GIAT Industries, France
   
• Main problems for field and special demining
  KLIMOV D., KALINICHENKO S., ODINTSOV V.
  Institute for Problems in Mechanics, Russia
   
• Landmines - the next step
  TREVELYAN James
  The University of Western Australia, West Australia
   
• Detection of TNT and chemical warfare agents by electrochemical methods
  KRAUSA Michael, SCHORB K.
  Fraunhofer Institut für Chemische Technologie (ICT), Germany
   
• Application of Mobile Vehicles for Humanitarian De-Mining
  KEMURDJIAN V.A., KEMURDJIAN A.L., OSIPOV A.V.
  Engineering Institute VNIITRANSMASH, Russia
  LOBANOV A.A.
  Joint-stock company MUROMTEPLOVOZ, Russia
   
• A Teleoperated Robotic Systems for Intervention in Hostile Environments
  CALIGIANI Giancarlo,
  R&D Advanced Systems Department OTO Breda, Italy
  SICILIANO Bruno,
  Universita degli Studi di Napoli Frederico II, Italy
   
• Practicalities of Generating new technologies for humanitarian demining with case study : the Tempest
  ORAM C.E., PRINCE Michael, SUTTON Paul
  University of Warwick , United Kingdom
   
• Hierarchical Subsurface Imaging for Site Characterization Using Airborne and Vehicle Mounted Ground Penetrating SAR
  CHATILA Raja (LAAS-CNRS, France), FIJANY Amir (JPL, USA),  FIORINI Paolo (JPL, USA), and PRASSLER Erwin ( FAW , Germany)
   
•  Anti-personnel mine detection algorithm based on a multi-probe robotics arms.
  SHAHRI Ali M.,  NAGHDY Fazel
  University of Wollongong, Australia
   
• 8-12 micron polarimetric imager for demining
  LARIVE Marc
  THOMSON, France
   
• Imaging radar technologies for mine detection by robots
  MILLOT Patrick
   Departement Electromagnetisme et Radar de l'ONERA, France
   
• Robotics Multi-sensor System for Humanitarian Landmine Detection
  SCHWAETZER Ingo
  BGT, Germany.
   
• Robotics for Demining and Unexploded Ordnance Clearance Application
  O'DONNELL Chris 
  DoD , USA.
   
• Data acquisition with a GPR in Cambodia
   NICOUD Jean-Daniel
   EPFL , Switzerland.
   

Back to the Main Page