sample of publications

• articles 

  • Computational modeling and simulation to increase laser shooting accuracy of autonomous LEO trackers.  Photonics.  8:1-6. 2021
  • Post-Newtonian tracking formulae to increase the shooting accuracy of autonomous LEO laser trackers.  ADVANCES IN SPACE RESEARCH.  67:2282-2303. 2021
  • Post-Newtonian Equations for Laser Links in Space.  IEEE TRANSACTIONS ON AEROSPACE AND ELECTRONIC SYSTEMS.  56:3063-3079. 2020
  • Numerical Approach for the Computation of Preliminary Post-Newtonian Corrections for Laser Links in Space.  International Journal of Aerospace Engineering.  2019
  • Post-Newtonian equations of motion for LEO debris objects and space-based acquisition, pointing and tracking laser systems.  ACTA ASTRONAUTICA.  141:132-142. 2017
  • Autonomous shooting at middle size space debris objects from space-based APT laser systems.  ACTA ASTRONAUTICA.  131:83-91. 2017
  • Newtonian and post-Newtonian passive Geolocation by TDOA.  AEROSPACE SCIENCE AND TECHNOLOGY.  51:18-25. 2016
  • FDOA post-Newtonian equations for the location of passive emitters placed in the vicinity of the Earth.  AEROSPACE SCIENCE AND TECHNOLOGY.  46:137-145. 2015
  • Shapiro Time Delay within the Geolocation Problem by TDOA.  IEEE TRANSACTIONS ON AEROSPACE AND ELECTRONIC SYSTEMS.  47:1948-1962. 2011

• conference contributions 

  • FDOA determination of velocities and emission frequencies of passive radiotransmitters in space 2016
  • Post-Newtonian Effects in Geolocation by FDOA.  173. 2014
  • Post-Newtonian Geolocation of Passive Radio Transmitters by TDOA and FDOA.  176. 2014
  • A Satellite-to-Satellite Laser Tracking Solution within the Post-Newtonian Model of the Earth Outer Space 2012
  • ECMIMIM: A New European Model Master In Industrial Mathematics 2012
  • The Post-Newtonian Geolocation Problem by TDOA.  489-496. 2012
  • Optimal Station Keeping for Geostationary Satellites with Electric Propulsion Systems under Eclipse Constraints 2008