en:socis2016
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en:socis2016 [2016/04/09 20:55] – [Qualification task] kaklik | en:socis2016 [2016/04/09 22:13] – [Robozor network] kaklik | ||
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* Expand hardware support. | * Expand hardware support. | ||
* 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:// | ||
===== Robozor network ===== | ===== Robozor network ===== | ||
- | Robozor project is network of robotic telescopes which can communicate together and plan observation with best conditions. Robozor network is controlled by AROM software. | + | Robozor project is network of robotic telescopes which can communicate together and plan observation with best conditions. Robozor network is controlled by [[https:// |
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==== Task: Observation scheduler ==== | ==== Task: Observation scheduler ==== | ||
- | Observation scheduler should be used for optimal distribution of the observation time with depends on weather, site, equipment or other object parameters. | + | Observation scheduler should be used for optimal distribution of the observation time with depends on weather, site, equipment or other object parameters. The scheduler could run in muli-site observation mode in which the object observation time could be spread over whole network depending on local observation limits of individual nodes. |
=== Qualification task === | === Qualification task === | ||
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=== Qualification task === | === Qualification task === | ||
- | The student has to create AROM driver (node) for getting data from meteostation with open-source WeeWX software. | + | The student has to create AROM driver (node) for getting data from meteostation with open-source |
This task will determinate students basic programming skills. Student should have experience with calibration and processing of astronomical images. | This task will determinate students basic programming skills. Student should have experience with calibration and processing of astronomical images. | ||
=== Project details === | === Project details === | ||
- | Driver must be a ROS node. AROM scheduler (or observer trough web AROM control center) sends a standard message and camera | + | Driver must be a ROS node. AROM scheduler (or observer trough web AROM control center) sends a standard message and camera |
=== Expected results === | === Expected results === | ||
- | AROM node which can handle cameras from various brands. Preferred cameras are DSLR (Canon, Nikon, Sony), Moravian instruments, | + | AROM node which can handle |
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==== Task: Video guiding ==== | ==== Task: Video guiding ==== | ||
- | Video guiding is method for increase star tracking accuracy. It usually uses second camera with lover resolution and shorter expositions. | + | Video guiding is method for increase star tracking accuracy. It usually uses second camera with smaller |
=== Qualification task === | === Qualification task === | ||
- | The student has to create software for fast recognition stars in FITS fields (images). | + | The student has to create software for fast recognition stars in FITS fields (images). |
=== Project details === | === Project details === | ||
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===== Contact ===== | ===== Contact ===== | ||
+ | For further information we strongly recommend to contact the project coordinator Jan Chroust (jacho@mlab.cz) |
en/socis2016.txt · Last modified: 2016/04/10 10:52 (external edit)