Acaba de empezar una clase virtual (Martes 6 de Octubre) 6 Oct 202006/10/20 a las 15:01 hrs.2020-10-06 15:01:06

Andrés Rivera

Re (18): Paper elegido: Detecting Glacier Surface Motion by Optical Flow 29 Sep 202029/09/20 a las 17:32 hrs.2020-09-29 17:32:29

Tamara Sepúlveda

jaber.pdf 29 Sep 202029/09/20 a las 15:44 hrs.2020-09-29 15:44:29

Andrés Rivera

weidemann A_17-year_Record_of_Meteorological_Observations_Ac.pdf 29 Sep 202029/09/20 a las 15:37 hrs.2020-09-29 15:37:29

Andrés Rivera

Re (17): Paper elegido: Detecting Glacier Surface Motion by Optical Flow 29 Sep 202029/09/20 a las 15:31 hrs.2020-09-29 15:31:29

Macarena Pérez

Acaba de empezar una clase virtual (Martes 29 de Septiembre) 29 Sep 202029/09/20 a las 14:55 hrs.2020-09-29 14:55:29

Andrés Rivera

Re (16): Paper elegido: Detecting Glacier Surface Motion by Optical Flow 29 Sep 202029/09/20 a las 14:40 hrs.2020-09-29 14:40:29

Rodrigo Reyes G.

Re (15): Paper elegido: Detecting Glacier Surface Motion by Optical Flow 29 Sep 202029/09/20 a las 13:26 hrs.2020-09-29 13:26:29

Tania Montero O.

Re (14): Paper elegido: Detecting Glacier Surface Motion by Optical Flow 29 Sep 202029/09/20 a las 12:48 hrs.2020-09-29 12:48:29

Belén González

Re (13): Paper elegido: Detecting Glacier Surface Motion by Optical Flow 29 Sep 202029/09/20 a las 12:01 hrs.2020-09-29 12:01:29

Hernán Pezoa Q.

Re (12): Paper elegido: Detecting Glacier Surface Motion by Optical Flow 29 Sep 202029/09/20 a las 09:49 hrs.2020-09-29 09:49:29

Felipe Rojas

Re (11): Paper elegido: Detecting Glacier Surface Motion by Optical Flow 29 Sep 202029/09/20 a las 08:40 hrs.2020-09-29 08:40:29

Daniel Cuervo

Re (10): Paper elegido: Detecting Glacier Surface Motion by Optical Flow 29 Sep 202029/09/20 a las 00:02 hrs.2020-09-29 00:02:29

Josefina Castro

paper 28 Sep 202028/09/20 a las 19:50 hrs.2020-09-28 19:50:28

Andrés Rivera

Re (9): Paper elegido: Detecting Glacier Surface Motion by Optical Flow 28 Sep 202028/09/20 a las 12:27 hrs.2020-09-28 12:27:28

Aranza L. Pérez Bastías

Re (8): Paper elegido: Detecting Glacier Surface Motion by Optical Flow 28 Sep 202028/09/20 a las 12:07 hrs.2020-09-28 12:07:28

Tamara Sepúlveda

Re (7): Paper elegido: Detecting Glacier Surface Motion by Optical Flow 28 Sep 202028/09/20 a las 12:06 hrs.2020-09-28 12:06:28

Javiera Díaz V.

Re (6): Paper elegido: Detecting Glacier Surface Motion by Optical Flow 28 Sep 202028/09/20 a las 12:06 hrs.2020-09-28 12:06:28

Natalia Miranda

Re (5): Paper elegido: Detecting Glacier Surface Motion by Optical Flow 28 Sep 202028/09/20 a las 12:04 hrs.2020-09-28 12:04:28

Javiera Ramirez R.

Re (4): Paper elegido: Detecting Glacier Surface Motion by Optical Flow 28 Sep 202028/09/20 a las 12:01 hrs.2020-09-28 12:01:28

Francisca Ubilla C.

Re (3): Paper elegido: Detecting Glacier Surface Motion by Optical Flow 28 Sep 202028/09/20 a las 12:00 hrs.2020-09-28 12:00:28

Macarena Pérez

Re (2): Paper elegido: Detecting Glacier Surface Motion by Optical Flow 28 Sep 202028/09/20 a las 11:55 hrs.2020-09-28 11:55:28

Cristóbal Poblete

Re (1): Paper elegido: Detecting Glacier Surface Motion by Optical Flow 28 Sep 202028/09/20 a las 11:52 hrs.2020-09-28 11:52:28

Sofía Urzúa M.

Paper elegido: Detecting Glacier Surface Motion by Optical Flow 28 Sep 202028/09/20 a las 11:48 hrs.2020-09-28 11:48:28

Helena Valenzuela Astudillo

sept22_2020.pdf 22 Sep 202022/09/20 a las 19:21 hrs.2020-09-22 19:21:22

Andrés Rivera