John Wiley & Sons Inc. / WSP Systems / D. L. Hall S. A. / CRC Press / /
Continent
Europe / /
Country
Germany / Belgium / Italy / Spain / /
Facility
IEEE Intelligent Vehicles Symposium University of Parma / University of Florence / /
IndustryTerm
odometry algorithm / system different algorithms / automatic train protection systems / possible solution / recurrent neural networks / anti-slip devices / railway networks / odometry algorithms / software simulator / automatic systems / anti skid systems / wheel slip protection systems / neural systems / automotive applications / railway applications / /
Organization
Paola De Bernardi2 Department of Energetics / Cambridge University / World Congress / University of Florence / University of Parma / US Federal Reserve / /
Person
Celine Corbrion / Thomas Bak / David J / Thierry Ditchi / Farrokh Janabi-Sharifi / G. Cocci / V / Chung-Shin J. Chen / Marcia Treno / B. Allotta / V / Vincent Hayward / Jacques Lewiner / Eric Carreel / Stephane Hole / Luca Pugi / /
Position
driver / mechanic / designer / coach / /
ProgrammingLanguage
ALGO / /
PublishedMedium
the ASME Journal / /
Technology
odometry algorithms / developed algorithm / Testing The algorithm / asl / SCMT algorithm / proposed algorithm / fuzzy logic / odometry algorithm / described algorithms / developed algorithms / simulation / /
Odometric Estimation for Automatic Train Protection and Control Systems Monica Malvezzi1, Benedetto Allotta1, Mirko Rinchi1, Michele Bruzzo2, Paola De Bernardi2 Department of Energetics, University of Florence 1; Ansaldo Signal, Genova, Italy 2