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+====== TODO list - Bolidozor network ======
+===== Processing the measured data =====
+Due to an increasing volume of recorded data, it is inevitable to search for more and more effective [[en:algorithms|methods of their processing and reduction]].
+===== Web pages =====
+The network’s web page should contain the following information:
+  * [[http://www.bolidozor.cz/Map_Observatory/index.htm|Stations' map]]
+  * Preview of current data from stations
+  * Stations’ status
+  * Explanation of the method of meteor detection
+  * Description of network’s function
+  * Press releases
+==== Viewing the data ====
+Tagging a meteor’s head-echo in Internet browser by clicking on a preview generated on server.
+(a straight line should be tagged with respect to a necessity of findig out the time shift).
+The tagging will be done by volunteers, similarly to the [[https://www.zooniverse.org/#space|SETILive]] project.
+A browsing system, where it would be possible to view data recorded on more stations at the same time - preferably in several windows that could be placed on monitors in the ‘viewing workplace’. The individual viewing windows should have a tied slider, similar to tools dedicated to comparing the files.
+Other improvement may include using OpenGL to draw textures of large pictures.
+== Radio records playback ==
+A live waterfall and audio output generated form HTML5 (similar to [[http://www.globaltuners.com/home.php|GlobalTuners]] or [[http://www.websdr.org/|WebSDR]]). Such playback would be played after opening the RAW record of an detected radio signal.
+===== Data infrastructure of the network =====
+=== Autonomous stations actualisations ===
+[[https://resin.io/|resin.io]]
+==== Making acces to data records ====
+Data copy on our storage place can be made accessible in future using [[http://en.wikipedia.org/wiki/Virtual_observatory|Virtual Observatory]] tools. Currently, the Virtual observatory does not support a recording of information about moving objects, because it classifies object according to their coordinates. This problem may be solved by introducing time series (?? časová řada).
+Virtual observatory can be currently operated using the following tools:
+  * [[http://saada.unistra.fr/saada/spip.php?article32|Saada]]
+  * [[http://soft.g-vo.org/index|GAVO DaCHS]]
+==== Test polygon for stations ====
+An internal network dedicated to testing the stations and their software. It may be solved by devoting a test segment in VPN network with fully operational stations.
+===== Demonstrations of data usage =====
+==== Visualisations for observatories ====
+It is not very useful to demonstrate the waterfall view to mainstream visitors at observatories before they have a knowledge of the stations function.
+A web application with a presentation of interesting events recorded by station would therefore be more suitable (for example last meteor, last large bolide, ISS flyover, etc.).
+==== Interactive station ====
+Station may have a button that would playback the last detected meteor.
+Other button may serve to guess the flyover of the next meteor. This function can be used as a game for visitors during a meteor swarm. A person that would have the closest guess to an actual meteor detection would be a winner. The number of guesses can be time limited.
+==== Meteor geocaching (meteorcaching) ====
+A calculated impact area of meteors can serve as a geocache target. Žádná věda society came with a similar idea and it realises it as  [[http://www.zadnaveda.cz/stratocaching-1/|stratocachingu]].
+An alternative approach may involve geocachers in collecting the data from remote stations located offline - in order to log they would need to upload the recorded data from station.