Kenji Rikitake

[My fork of NGSoftFM](https://github.com/jj1bdx/ngsoftfm-jj1bdx) will be of your interest (on how to decode the composite signals). BTW the algorithm of [csdr's fmdemod_quadri_cf()](https://github.com/simonyiszk/csdr/blob/0.15/libcsdr.c#L1011L1042) made my fork faster and taught me how...

Note well that the stereo MPX 38kHz subcarrier must be in the same phase with the 19kHz pilot signal, so it should be regenerated from the received 19kHz signal. See...

Found the following error in FreeBSD 11.0-BETA2 with Erlang/OTP 19.0.2 and Elixir 1.3.2 running Phoenix 1.2.0: ``` [error] fs does not support the current operating system ``` Is the error...

Looking forward to having an updated version soon as a .dmg package.

Displaying the designed filter frequency/phase diagrams can be performed via SciPy ([scipy.signal](https://docs.scipy.org/doc/scipy/reference/signal.html)) and matplotlib, as already done in `doc/` directory. Issues that need to solve: * Filter design software (scipy.signal...

Controlling/monitoring via TCP should be implemented as well.

Good point. The galaxy = all quadrant chart in BSDtrek/luatrek already have that.

I don't really know the details (though I created the milestone.) I just wanted to list them up. I will converge the issues into a milestone. Forgive me doing stupid...

In modern Japanese socialistic viewpoints, failures mean death. The entire society has become completely risk-aversed. BTW we need to roughly priotize these goals.

Commits up to https://github.com/jj1bdx/erltrek/commit/e02f768bf06eb23cd8128decae5c2c6096b0ec33 merged to the [master](https://github.com/jj1bdx/erltrek/tree/master) branch.