Pole, albedo and shape of the minor planets 624 Hektor and 43 Ariadne: Two tests for comparing four different pole determination methods

Sous l'autorité hiérarchique du directeur des soins et du cadre paramédical du pôle, en étroite collaboration avec le responsable de structure, le cadre est

Pilote: Professeur Mohamed GASMI (Tunisie)/ Copilote Professeur Mokhtar AMAMI (Canada) GT2: Pole Technologique de Sidi Bouzid. Pilote: Mohamed Najah ISSAOUI / Omar SMATI ISET SDB

FACADE PRINCIPALE.

We report in this work on the shape and interior of the L4 multiple Trojan (624) Hektor and on the analysis of the orbit of its moon based on our adaptive optics (AO) observa- tions

Our spe- cific objectives are (i) to test which imputation method (over- all mean imputation, kNN, MICE, OrdKrig) performed best when relying only on plant trait data; (ii) to

Figure 4: Inner diameter stator shapes of a claw-pole alter- nator in black, from left to right: nominal stator, stator with retracted teeth, oval stator, oval stator with

This paper investigates the problems of non-uniform pole shifting or pole homothety in multivariable linear systems by using a gametheoretic approach and more specifically a

We present the project, we show that enough stars are present in our field of view to allow the detection of one to a few transiting giant planets, and that the photometric precision