ScienceIsCool said:
Right. Which is why I didn't cherry pick (I included all TT data except prologues and hill climbs which would contaminate the analysis). And I have presented both my methodology and conclusions. I've explored other possible explanations and ruled them out <see above>.
So at the end, based on my conclusions above, I have extraploated that such an increase in performance is *highly* indicative of doping.
John Swanson
I'm not sure you can say that John.
You have proved(ish) there is an increase in performance compared with his relative position ,etc. and I read your analysis with interest. But I don't think you can extrapolate from that to say the increase is "highly indicative of doping".
What you can say for sure that Froome's speed has increased and that is it.
Your comparison of relative performance falls down on a number of different points:
1. ITTs are raced at intervals across the day - the wind / weather / etc can change dramatically from rider to rider.
2. Test conditions other than weather are not consistent - e.g. bikes, gear ratios, fatigue, illness, human error, etc.
3. As pointed out in earlier posts we may not know if everyone (who is relevant) tries 100% in every ITT.
4. The 'comparison' group of riders (say in the top 20-30) is not the same in each race.
There are simply to many unknowns for you to draw the conclusion that the increase is *highly* indicative of doping.