en:socis2016
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====== ESA Summer of Code in Space 2016 - Idea List ====== | ====== ESA Summer of Code in Space 2016 - Idea List ====== | ||
- | [[en: | + | [[en: |
We want to improve our designs by software development supported by European Space Agency. | We want to improve our designs by software development supported by European Space Agency. | ||
Line 12: | Line 12: | ||
* Create communication protocol for multi-site and multi-modal observatory cooperation. | * Create communication protocol for multi-site and multi-modal observatory cooperation. | ||
- | Although robotic telescope systems are in development for more than ten years ((http:// | + | Although robotic telescope systems are in development for more than ten years ((http:// |
===== Robozor network ===== | ===== Robozor network ===== | ||
- | Robozor project is network of robotic telescopes which can communicate together and plan observation | + | Robozor project is a network of robotic telescopes which can communicate together and plan observation |
==== AROM software ==== | ==== AROM software ==== | ||
- | AROM (autonomous robotic observatory manager) is set of programs (nodes) for control instruments of autonomous telescopes as mount, camera, spectroscope, | + | AROM (autonomous robotic observatory manager) is a set of programs (nodes) for control |
- | Today the main industry system control platform is web. Web page is the most common user interface therefore AROM control centre now offers the ability to control hardware or real-time data visualization. It uses web-sockets messages for communication with AROM system. | + | Today the main industry system control platform is web. Web page is the most common user interface, therefore AROM control centre now offers the ability to control hardware or real-time data visualization. It uses web-sockets messages for communication with AROM system. |
{{ : | {{ : | ||
- | Software includes shared object database. Database is ready to support the moving object (comets, asteroids, Planets, meteors, satellites and etc.) and static | + | Software includes shared object database. Database is ready to support the moving object (comets, asteroids, Planets, meteors, satellites and etc.) as well as static |
- | AROM software | + | AROM software |
{{ : | {{ : | ||
- | Main goal of this software is provide comfortable platform to observer which allows telescope control without | + | The main goal of this software is to provide |
- | r===== Tasks for SOCIS participants ===== | + | |
- | There are several tasks for SOCIS participants | + | ===== Tasks for SOCIS participants |
+ | There are several tasks for SOCIS participants in the summer 2016 - it's up to the participant to choose one. Following is a brief description of problems and a description of an initial task for qualifying for other tasks. If you are interested in the tasks presented here please do not hesitate to contact us at bolidozor@googlegroups.com, | ||
==== Task: Observation scheduler ==== | ==== Task: Observation scheduler ==== | ||
- | Observation | + | An observation |
=== Qualification task === | === Qualification task === | ||
- | The student has to adopt AROM’s simple one-site scheduler which will be choosing | + | The student has to adopt AROM’s simple one-site scheduler which will be choosing |
- | This task will determinate students | + | This task will demonstrate student' |
=== Project details === | === Project details === | ||
- | Advanced scheduler is useful | + | Advanced scheduler is necessary |
=== Expected results === | === Expected results === | ||
- | Expected result is AROM node which will optimally | + | Expected result is an AROM node which will optimally |
- | + | ||
==== Task: Camera drivers ==== | ==== Task: Camera drivers ==== | ||
- | Camera is one of the most common | + | Camera is one of the most common |
=== Qualification task === | === Qualification task === | ||
- | The student has to create AROM driver (node) for getting data from meteostation | + | The student has to create AROM driver (node) for getting data from meteostations equipped |
- | This task will determinate students | + | This task will demonstrate student' |
=== Project details === | === Project details === | ||
- | Driver must be a ROS node. AROM scheduler (or observer | + | Driver must be an ROS node. AROM scheduler (or observer |
=== Expected results === | === Expected results === | ||
- | AROM node which can handle astronomical cameras | + | An AROM node which can handle astronomical cameras |
- | + | ||
==== Task: Video guiding ==== | ==== Task: Video guiding ==== | ||
- | Video guiding is method | + | Video guiding is a method |
=== Qualification task === | === Qualification task === | ||
- | The student has to create software for fast recognition stars in FITS fields (images). A third-party open source library could be used, but student must show his own knowledge and code contribution to the existing solution. | + | The student has to create |
=== Project details === | === Project details === | ||
- | Video guiding AROM node will request image from camera driver and it will calculates | + | Video guiding AROM node will request |
=== Expected results === | === Expected results === | ||
- | Telescope | + | Telescope accurately |
===== Contact ===== | ===== Contact ===== | ||
- | For further information we strongly recommend to contact the project coordinator Jan Chroust (jacho@mlab.cz) | + | For further information we strongly recommend |
en/socis2016.1460240299.txt.gz · Last modified: 2016/04/09 22:18 (external edit)