search for: lpred

Displaying 4 results from an estimated 4 matches for "lpred".

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2019 Jun 12
2
[RFC][SCEV] Behavior of AddRec in CompareSCEVComplexity
...the dominance relation between loop predecessor blocks of the two loops if there is no dominance relation between their loop headers just like case three. The only thing I'm not pretty sure is that is there guarantee to exist dominance relation on their loop predecessor blocks. That is, either LPred dominates RPred or RPred dominate LPred? B.R. - Min On Tue, Jun 11, 2019 at 8:41 PM Michael Kruse <llvmdev at meinersbur.de> wrote: > Hi, > > if I understand CompareSCEVComplexity correctly, we just need some > deterministic order, not that important which one. We have three &...
2011 Aug 31
3
Fitting my data to a Weibull model
Hi guys, I have a data-set that fits well into a Weibull model y = a-b*exp(-c*x^d). I want to estimate the parameters of the coefficients a, b, c and d, given x and y. Can you guys help me? Just as an example, I fit the data y <- c(1,2,3,4,10,20) and x <- c(1,7,14,25,29,30) According to this model above, and using the software CurveExpert, and I got the estimates of a (2.95),b (2.90),c
2019 Jun 11
3
[RFC][SCEV] Behavior of AddRec in CompareSCEVComplexity
Hi, Recently I got a crash when I tried to analysis a program with ScalarEvolution AliasAnalysis(SCEV-AA for short). It turns out to be a (possibly) incorrect assertion inside the CompareSCEVComplexity routine. The simplest solution would be just remove that assertion but I also found that the surrounding logics on calculating SCEV cost seems to be incorrect either. Thus I want to discuss with
2010 Jun 26
1
predict newdata question
Hi: I am using a subset of the below dataset to predict PRED_SUIT for the whole dataset but I am having trouble with 'newdata'. The model was created with 153 records and want to predict for 208 records. wolf2 <- structure(list(gridcell = c(367L, 444L, 533L, 587L, 598L, 609L, 620L, 629L, 641L, 651L, 662L, 674L, 684L, 695L, 738L, 748L, 804L, 805L, 872L, 919L, 929L, 938L, 950L, 958L,