Changes between Version 5 and Version 6 of OldPresentations2023S1

Timestamp:

9 Sep 2024, 15:10:28 (6 months ago)

Author:

Vianak Naranjo

Comment:

--

OldPresentations2023S1

@@ -18 +18 @@
 || '''12.06.2023''' || '''Hans Jürgen Kärcher (Consulting Engineer, Karben)''' || '''Optical Configurations for Extreme Large Telescopes - Viewpoint of a Structural Engineer[[BR]][[BR]]'''The  optical layout of large telescopes is defined by the science cases and  related science instruments for which the telescope is designated.  Design drivers for the optomechanical system of the telescope are the  requested wavelength range, magnification, and field of view. The  increasing diversity of the science cases leads to increasing  expectations for size and quality of its main optical components.[[BR]][[BR]][[BR]]The  lecture gives an overview on optical configurations of large telescopes  for different wavelength ranges and throughput – optical, radio,  infrared, solar etc., and describes the related challenges for their  structural, and mechanical design.[[BR]][[BR]]'''[[BR]]'''Presentation: German[[BR]][[BR]]Slides: English[[BR]][[BR]]Questions: German, English ||
 || '''19.06.2023''' || '''Hugo Coppejans & Horst Steuer''' || '''Real Time Computing in Adaptive Optics Systems'''[[BR]][[BR]][[BR]]Adaptive          Optics is used in astronomy to correct for distortions of the          incoming light into         a telescope. Adaptive         optics  system generally consist of three core components: deformable          mirrors, wavefront sensors and real time computers (RTC).         In  this talk we will focus on the RTC       in particular         on the  one we are currently working on         for         METIS.[[BR]][[BR]][[BR]]What        is       the task of the RTC in the control loop and what can the  RTC       actually       'see'? What are the main data products and  which computational       steps       does it have to do to produce  them? What is a mode? How fast does       the       RTC have to be and  what does 'Real Time' mean? How did we get the       RTC       to be  fast enough and what are the main differences between a       central        processing unit (CPU) and a graphics processing unit (GPU)?[[BR]][[BR]][[BR]]We       will       address these and other questions in a graphic way.[[BR]][[BR]][[BR]]Presentation: German, English[[BR]][[BR]]Slides: German, English[[BR]][[BR]]Questions: German, English ||
-|| '''25.09.2023''' || '''Hugo Coppejans''' || '''Accelerated computing using GPUs with applications in Adaptive  Optics for METIS SCAO'''[[BR]][[BR]]Astronomy has always been a data driven field, but as telescopes become  more advanced, the amount of data is growing at an unprecedented rate.  The Single-Conjugate Adaptive Optics (SCAO) subsystem for METIS, a  first light instrument for the upcoming Extremely Large Telescope (ELT)  telescope, generates more than 20TB of data every night. To be able to  parse all of this data, accelerated computing is crucial. [[BR]][[BR]]This talk will  give an overview and delve a bit deeper into accelerated computing using  GPUs, and how it will be used to operate the adaptive optics (AO) system  for METIS at the ELT. This talk will focus on explaining GPU-accelerated  coding while giving real examples of how it is being used in our AO  prototype.[[BR]][[BR]]Presentation: English[[BR]]Slides: English[[BR]]Questions: German, English ||
+|| '''25.09.2023''' || '''Hugo Coppejans''' || '''Accelerated computing using GPUs with applications in Adaptive  Optics for METIS SCAO'''[[BR]][[BR]]Astronomy has always been a data driven field, but as telescopes become  more advanced, the amount of data is growing at an unprecedented rate.  The Single-Conjugate Adaptive Optics (SCAO) subsystem for METIS, a  first light instrument for the upcoming Extremely Large Telescope (ELT)  telescope, generates more than 20TB of data every night. To be able to  parse all of this data, accelerated computing is crucial. [[BR]][[BR]]This talk will  give an overview and delve a bit deeper into accelerated computing using  GPUs, and how it will be used to operate the adaptive optics (AO) system  for METIS at the ELT. This talk will focus on explaining GPU-accelerated  coding while giving real examples of how it is being used in our AO  prototype.[[BR]][[BR]]Presentation: English[[BR]][[BR]]Slides: English[[BR]][[BR]]Questions: German, English ||