Gentlemen,
as I am stopping any decoding effort on this and I will probably try to look again on it with fresh mind later, I summarize tests done by me:
- translation of values to some kind of coordinates - no results, also unknown metrics
- using binary as Arecibo-like pictogram, for single and pair values - no results (also there is unlikely it's something like this, none 00000/1111 sequences for empty space)
- using value pairs as 2D coordinates - no results (it's pretty stupid idea anyway, but I tried)
- using XOR between value pairs and other bits - no results (there is no reason why to do it, too)
- substitution cipher (based on values frequency) - no solid results
- using binary tree/Huffman with some testing dictionary - no results
- comparing binary with database of pulsar periods - no results (but may be tried again if anybody has a database with more than 150 pulsars)
- trying to "stitch" all known samples - no results (no adjacent parts found, all known samples seems to be unique)
- various other minor a pretty naive tests (just for a case

) - no results
Only result is, that these are not classic random numbers. Frequency analysis was published there few times, but visual graph make it more obvious: some values are very frequent and also values distribution tends to be in clusters. (left axis: number of occurences, bottom axis: values)
I dare to say that if we will find what algorithm or principle is causing this kind of distribution, we will be much closer to solution. If anybody will have a theory, please test it. Throwing ideas is always nice, but someone must do the work too. I am taking a "vacation" for a while...
