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| Hi Aman, This is a nice piece of work. I have a few comments: 1. I want sure exactly which dataset you used, as there are several on Kaggle. So I used this one: https://tinyurl.com/dn8jn6jx. > This dataset contains 100 normal head CT... |
| Hi Daniel, (1) yes, I cross-checked the results for several examples , in both Mathematica and Excel. (2) No I did not investigate bottlenecks, other than to identify the Do loop version of this P&L calculation function as the chief bottleneck... |
| Here's another GPU fail, this time with AnomalyDetection. The error message may shed some light on the cause of the issue. It seems to be a missing dependency... Are you able to replicate this Greg? ![enter image description here][1] ... |
| *MODERATOR NOTE: This post contains parts written by [kglr][1], which can be found [here][2].* ---------- I am sharing this because it's a commonly occurring issue in financial time series, and other applications. I have a time series... |
| I’ve tried running this on a couple of different (powerful) PCs, but failed in each case. It seems to hang part way through the NetTrain evaluation. |
| It could be that Wolfram no longer supports the rather antiquated graphics card I'm using. But CudaQ[] = True and I would expect it to = False if that were the case. Another possible explanation is that I am accessing the computer remotely.... |
| I am having a problem using the timespec specified in the Wolfram documentation for ScheduledTask. I believe the issue has been extant since v11. Let's take an example from the documentation: obj = LocalSubmit[ScheduledTask[DateString[],... |
| Hi Bernard on jkinlay@gmail.com |
| More generally, during periods of positive market sentiment you increase capital deployed and returns by a factor = leveragefactor. during periods of negative market sentiment you reduce allocated capital by a factor = 1/leveragefactor ... |
| Excellent. Just what I had in mind with this [Community post][1] and this related [blog post][2]. As Carlos points out, the fitness function Range[x] is just for demonstration purposes. As i wrote in my post: > The initial exercise described... |