@sphiwemkhatshwa7980
I’ve learned so much from this channel - always excited for an upload !
@MrRahul15937
Thanks for providing these new set of learning to me...
@chechelc
Man! Your vids are addictive! Keep the great work.
@arieloxford6790
Another gem. This stuff is amazing.
@estebangonzalez7036
One reason why you may not need the mean arrival rate is that you're working with a mean reverting stochastic process by nature which is range or volatility, thus you're already working with a close to 0 mean process. (Disclaimer: I'm not a mathematician, I just deducted that by logic which may be wrong, please correct me if I am!). Great video thanks!
@paulparker4078
Fascinating stuff. Thanks for sharing this, I have learned a lot of interesting techniques from your videos.
@seanmulherin1055
Wow, well done. Thanks for including the python code.
@MrRahul15937
Bro, you are from different planet...
@RettlonHD
You need a discord for your community, to discuss such stuff. Awesome video as always!
@wootoon
很有用，期待更多视频。
@GohOnLeeds
Good to see you have discovered numpy
@minimal2224
I shall develop my own ideation of this now the Hawk-Tuah process.
@cooltraderf
Really great stuff. I am going to attempt to apply this to options volatility to see if I can find workable signals. Thank you.
@ZVer-gr1ft
awesome work! thanks
@OPPACHblu_channel
thanks for sharing!
@mk6289l
Which entries work best with these exits?
@orjonxhoxhi1314
Nice work. Keep it up
@alexbyard9358
Have you worked on any generalizations of the simple Hawkes process? Perhaps with iid marks generated from some distribution or with exogeneous nonstationarity in the intensity mu, i.e., modeling mu(t)?
@mohammadgh6097
Great content, keep it up ❤
@Gingeey23