|
..
|
|
box_qqplots.ipynb
|
|
cdf_empirique.ipynb
|
|
completion.ipynb
|
|
linear_regression.ipynb
|
|
phase_transition.ipynb
|
|
phase_transition_cvx.ipynb
|
|
rm_quantile.ipynb
|
|
search_tab_mean_estimate.ipynb
|
|
tp_completion.ipynb
|
|
.DS_Store
|
|
08_estimating_coefficients.png
|
|
08_r_squared.png
|
|
10_matrice_completion.pdf
|
|
1bitMatrixCompletion_2017_11_30.pdf
|
|
2017-019-003-06.pdf
|
|
2020_Article_MOM_Classif.pdf
|
|
21-0021.pdf
|
|
AOS1.pdf
|
|
AOS1190.pdf
|
|
AOS1562.pdf
|
|
AOS1742.pdf
|
|
AOS1828.pdf
|
|
AOS2004-035R1A0.pdf
|
|
AOS2118.bib
|
|
AOS2118.pdf
|
|
Advertising.csv
|
|
BEJ225.pdf
|
|
BEJ447.pdf
|
|
BEJ701.pdf
|
|
BL1.pdf
|
|
Bern1.pdf
|
|
CL1.pdf
|
|
CNS_OCD.pdf
|
|
CN_opti_diff.pdf
|
|
COLT1.pdf
|
|
COLT2.pdf
|
|
CSbook.pdf
|
|
CVGuillaumeLecue.pdf
|
|
Chinot_et_al-2019-Probability_Theory_and_Related_Fields.pdf
|
|
Courrier aux masters partenaires.pdf
|
|
DM2.pdf
|
|
DM2_solution.pdf
|
|
DM3.pdf
|
|
DM3_solution.pdf
|
|
DM4.pdf
|
|
DM4_solution.pdf
|
|
DM5.pdf
|
|
DM5_solution.pdf
|
|
DM6.pdf
|
|
DM6_solution.pdf
|
|
DM7.pdf
|
|
DM7_solution.pdf
|
|
DM8.pdf
|
|
DM8_solution.pdf
|
|
DM9.pdf
|
|
EJS1.pdf
|
|
FouLec_v2.pdf
|
|
GL1.pdf
|
|
GL2-aggregat.pdf
|
|
GL2.pdf
|
|
GL4.pdf
|
|
HDR-Presentation.pdf
|
|
HDR.pdf
|
|
ICML19.pdf
|
|
JMLR1.pdf
|
|
L1.pdf
|
|
LM13.pdf
|
|
LM1PTRF.pdf
|
|
LM6-07-07-10.pdf
|
|
LM7.pdf
|
|
LM9-supplementary-file.pdf
|
|
LM9.pdf
|
|
Learning-subgaussian-class.pdf
|
|
LecMit-May2010.pdf
|
|
LecRig13_annals.pdf
|
|
MCC 2020-2021.pdf
|
|
MOMKLL.pdf
|
|
MOMLeCam.pdf
|
|
MOM_JMLR_2019_07_11.pdf
|
|
MOM_Lipschitz_reg.pdf
|
|
MOM_search_tab.pdf
|
|
MONK.pdf
|
|
MomLasso_2016_12_17.pdf
|
|
PC0.pdf
|
|
PC1.pdf
|
|
PC1_sup.pdf
|
|
PC2.pdf
|
|
PC3.pdf
|
|
PC4.pdf
|
|
PC5.pdf
|
|
PC6.pdf
|
|
PC7.pdf
|
|
PC8.pdf
|
|
PC9.pdf
|
|
PresentationCOLT07.pdf
|
|
PresentationGottingem.pdf
|
|
PresentationLisboa07.pdf
|
|
PresentationPittsburgh2006.pdf
|
|
Princeton-05-12.pdf
|
|
Reglement des etudes des masters IP Paris-CA IP Paris 20200707.pdf
|
|
SDO_median.pdf
|
|
Talagrand2019.pdf
|
|
These-Guillaume-Lecue.pdf
|
|
XMM_stage.pdf
|
|
abstract_olivier_catoni.pdf
|
|
algorithms.pdf
|
|
article_ell2_min_interpolent.pdf
|
|
bibliometrie-hal-arXiv.pdf
|
|
completion.pdf
|
|
cond_suff_qualif.pdf
|
|
conv_penalty_SMF.pdf
|
|
convex_prog_robust_sparse_mean.pdf
|
|
corrections_tds.pdf
|
|
cours1_ensae_2018.pdf
|
|
cours2_ensae_2018.pdf
|
|
cours3_ensae_2018.pdf
|
|
cours4_ensae_2018.pdf
|
|
cours5_ensae_2018.pdf
|
|
cours6_ensae_2018.pdf
|
|
cours7_ensae_2018.pdf
|
|
cours8_ensae_2018.pdf
|
|
cours9_ensae_2018.pdf
|
|
cs_jems_04_06_14.pdf
|
|
cs_jems_fev_18_2015.pdf
|
|
data_png_nb_reg_lin.zip
|
|
detection_communautes.pdf
|
|
dualite_lagrangienne.pdf
|
|
elements_integration.pdf
|
|
ensae.png
|
|
erm_phase_recovery.pdf
|
|
euler_kkt.pdf
|
|
exam_2017_corrige.pdf
|
|
exam_2018.pdf
|
|
examen_2019.pdf
|
|
examen_2021_corrige.pdf
|
|
exos_cs.pdf
|
|
exos_rappels_stats_ensae.pdf
|
|
exos_rappels_stats_ensae_sans_correction.pdf
|
|
expose-LM15.pdf
|
|
expose_polytechnique.pdf
|
|
fbs_method.pdf
|
|
fcts_plusieures_variables.pdf
|
|
gap_rip_noisy_reconstruct.pdf
|
|
ground-clutter-processing.pdf
|
|
intro_cs.pdf
|
|
intro_opti_diff.pdf
|
|
introduction_cs.pdf
|
|
jmlr_16-422.pdf
|
|
lecture_ell_0_cs.pdf
|
|
lecture_nsp_rip_cs.pdf
|
|
lecue_MOM_cirm.pdf
|
|
linear_agg_Feb_02_2015.pdf
|
|
linear_aggregation_feb22_14.pdf
|
|
liste_projets.pdf
|
|
liste_projets_19_20.pdf
|
|
liste_projets_2018.pdf
|
|
liste_projets_20_21.pdf
|
|
liste_projets_21_22.pdf
|
|
lm13_2018_07_27.pdf
|
|
logsob-Lamplighter.pdf
|
|
mi_parcours_2017_corrige.pdf
|
|
mi_parcours_2018_corrige.pdf
|
|
mi_parcours_2019_corrige.pdf
|
|
mi_parcours_2020_corrige.pdf
|
|
mi_parcours_2021.pdf
|
|
minimax_reg_2018_05_14.pdf
|
|
minmax_mom_aos_2018_06_26.pdf
|
|
mom_sdp_v2.pdf
|
|
noise-revision-19-11-13.pdf
|
|
organisation_soutenance_cs_20_21_1.pdf
|
|
periodic-patterns-frequency.pdf
|
|
planning_soutenance_cs_15_16.pdf
|
|
planning_soutenance_cs_16_17.pdf
|
|
planning_soutenance_cs_17_18.pdf
|
|
planning_soutenance_cs_18_19.pdf
|
|
planning_soutenance_cs_19_20.pdf
|
|
planning_soutenance_cs_20_21.pdf
|
|
planning_soutenance_cs_21_22.pdf
|
|
points_interieurs_method.pdf
|
|
polymap361.pdf
|
|
pres_100420.pdf
|
|
presentation-cours-CS.pdf
|
|
presentation_cours_ensae_Master_DS_2018.key
|
|
presentation_cours_ensae_Master_DS_2018.pdf
|
|
presentation_cours_ensae_Master_DS_2018.pptx
|
|
presentation_cours_ensae_Master_DS_2020.pdf
|
|
questions.pdf
|
|
rattrapage_2017_corrige.pdf
|
|
rattrapage_2018_corrige.pdf
|
|
reg2.pdf
|
|
reg_27_08_2016.pdf
|
|
review-sara.pdf
|
|
robust_ML_MOM.pdf
|
|
section_euclidiennes.pdf
|
|
simplexe_method.pdf
|
|
slope-lasso-final-published.pdf
|
|
slope-lasso.pdf
|
|
soutenanceTheseVersionFinale.pdf
|
|
sparse-reg-19-1-2016.pdf
|
|
sparse_lecue_mendelson.pdf
|
|
stats_sdp.pdf
|
|
supp_mat_alquier_cottet_lecue.pdf
|
|
supp_mat_lecue_lerasle.pdf
|
|
supp_mat_lecue_mendelson.pdf
|
|
td-doptimisation-ensae.pdf
|
|
template_exos.tex
|
|
tp_diagramme_transition_phase.zip
|
