search for: msa

Hello I have a dataframe that looks like this MSA CITY HIVEST YEAR YR CAT 1 0200 Albuquerque 0.50 1996 1996 5 2 0520 Atlanta 13.00 1997 1997 5 3 0720 Baltimore 29.10 1994 1994 1 4 0720 Baltimore 13.00 1995 1995 5 5...

I have a dataframe called cvar, with two variables (among many others) called MSA and ACTUP. Both are numeric. This was working fine. Then I found out that for two MSAs, ACTUP should be 1, not 0. so I tried cvar$ACTUP[cvar$MSA == 6840] <- 1 cvar$ACTUP[cvar$MSA == 5360] <- 1 but when I try table(cvar$MSA, cvar$ACTUP) the level of ACTUP for those two MSAs has not ch...

...) Call: survfit.coxph(object = surv.results$cox) n events median 0.95LCL 0.95UCL 136 96 6 6 8 # # predict a curve for a patient: (these are the answers I really want to extract) # > survfit(surv.results$cox, newdata=data.frame(onset=50, ic.duration=10, simple.msa=c('MSA','Not MSA'), autoimmune=F, carcinoma=F)) Call: survfit.coxph(object = surv.results$cox, newdata = data.frame(onset = 50, ic.duration = 10, simple.msa = c("MSA", "Not MSA"), autoimmune = F, carcinoma = F)) n events median 0.95LCL 0.95UCL [1,...

...ions VMIPS so I think you may be looking at a VMIPS specific extension of the MIPS ISA. VMIPS appears to be an implementation of the R3000 that's intended as a teaching tool. Does your MIPS CPU have this extension? > Did anyone think of implementing in the LLVM Mips back end (part of the MSA vector instructions) gather and scatter operations? Simon Dardis would be able to confirm but there aren't any as far as I know. The closest I can think of is in MSA where you can get a similar effect with a sequence of ld.df's and vshf.df's (or pck*.df's, ilv*.df's, etc. for s...

Hello. I read on page 4 of http://www.cs.fsu.edu/~whalley/cda5155/chap4.pdf that gather and scatter operations exist for Mips, named LVI and SVI, respectively. Did anyone think of implementing in the LLVM Mips back end (part of the MSA vector instructions) gather and scatter operations? If so, can you share with me the TableGen spec? (I tried to start from LD_DESC_BASE, but it doesn't seem to be trivial. Also, LLVM seems to have implemented scatter/gather instructions only for the x86 processor - there, they defined n...

Hello, I'm trying to define in my new back end, in MyBackendInstrInfo.td file, a vector load instruction that takes an immediate address operand. (I got inspired from Mips' MSA SIMD extensions.) Could you please tell me what's the right way to do it? Here, the load class has $addrsrc which is a relative address with base a certain register and offset: class LD_DESC_BASE<string instr_asm, SDPatternOperator OpNode, ValueType TyNode, RegisterOperand...

...the parameters do not post at all, while in IE 6.0.x they do. In the log file for a Safari request: Processing ConfigurationController#list_setups (for 65.39.240.219 at 2006-01-23 22:30:14) [POST] Parameters: {"action"=>"list_setups", "controller"=>"msa/ configuration"} Rendered msa/configuration/_ajax_list_setups (0.00067) User Columns (0.000200) SHOW FIELDS FROM users Completed in 0.00384 (260 reqs/sec) | Rendering: 0.00105 (27%) | DB: 0.00020 (5%) | 200 OK [http://gin.statewood.com/msa/configuration/ list_setups] And in the log f...

...IC(m1, direction="forward", + scope=list(upper=~age.refc.fo + dusz.cat.fo + + ed.du.f + emp.ref.f + geodist3.f + has.fone.f + + healthdu.f + help.du.f + inc.ref.f + maj.act.f + + marryref.f + msa.stat.f + regionrf.f + r.e.ref.f + + sex.ref.f + type.psu.f + urb.stat.f, lower=~1)) Start: AIC= 4752.19 response ~ age.refc.fo + dusz.cat.fo + ed.du.f + emp.ref.f + geodist3.f + has.fone.f + healthdu.f + help.du.f + inc.ref.f + maj.act.f + marryref.f + ms...

...> You could probably automate this with sieve and e.g. GnuPG, which would mean > that all your mails are encrypted without server having key to decrypt this. Considering the keywords "dovecot" and "sieve", that would still not be "end to end" and not even "MSA to MX"(-ish) but merely "encrypted storage upon/after final delivery", wouldn't it ... ? FWIW, for auto-encrypting someplace near the MSA, I've used the "GPGPit" tool that's available on the web (and that I've made into an "SMIMEit" myself). The n...

Hello: I recall something like this being discuss recently, but I can't seem to locate an example in the archives. I have data like the following: df <- expand.grid(1:4, 1992:2002) names(df) <- c("MSA", "YEAR") df$IDUPREV <- runif(44) df$VALIDAT <- rnorm(44) I want to create an xyplot() with separate loess lines for each series (IDUPREV and VALIDAT) in the same panel. I'm able to plot each series in the same panel like this: library(lattice) xyplot(IDUPREV + VALIDA...

...about them. > > ARM's is an interesting implementation of big-endian vectors. AFAIK, other > architectures go all in and use both big-endian lanes and elements. That > makes the problem go away, and you only need one load instruction. The recently published MIPS SIMD Architecture (MSA) has the same issue for big-endian vectors. There's a small non-functional benefit to accounting for this in little-endian too. For little-endian mode, the emitted code is a bit easier to understand if the 'correct' loads and stores are used. Daniel Sanders Leading Software Design Engi...

...Best, Ed > Lease=read.csv("lease.csv", header=TRUE) > Lease$ET = factor(Lease$EarlyTermination) > SICCode=factor(Lease$SIC.Code) > TO=factor(Lease$TenantHasOption) > LO=factor(Lease$LandlordHasOption) > TEO=factor(Lease$TenantExercisedOption) > > RegA=glm(ET~1+MSA, + family=binomial(link=logit), data=Lease, weights=Origil.SQFT) Warning messages: 1: Algorithm did not converge in: glm.fit(x = X, y = Y, weights = weights, start = start, etastart = etastart, 2: fitted probabilities numerically 0 or 1 occurred in: glm.fit(x = X, y = Y, weights = weights, star...

...y is this happening? 2) why I don't have an F-value for the nested effect? I realize that R call it as Residuals in the first part of the summary, but there is a way to make R consider it s another factor? INB4: if I have a nested design with treatment A and treatment B within A, F-values are MSA/MSA(B) and MSA(B)/MSE, correct? How can I make R give these values directly, without further coding? Thanks for your help. Below is my code and information about my system. ---------------------- y = c(10, 12, 8, 13, 14, 8, 10, 12, 9, 10, 12, 11, 11, 13, 9, 10, 14, 11, 10, 9, 8, 9, 8, 8, 13, 14,...

...t lists.llvm.org<mailto:llvm-dev at lists.llvm.org>) wrote: Hello. I read on page 4 of http://www.cs.fsu.edu/~whalley/cda5155/chap4.pdf that gather and scatter operations exist for Mips, named LVI and SVI, respectively. Did anyone think of implementing in the LLVM Mips back end (part of the MSA vector instructions) gather and scatter operations? If so, can you share with me the TableGen spec? (I tried to start from LD_DESC_BASE, but it doesn't seem to be trivial. Also, LLVM seems to have implemented scatter/gather instructions only for the x86 processor - there, they defined new SDNod...

Hi Alex, So far, the code you've mentioned only defines a couple tablegen classes but doesn't define the instruction itself. To define the instruction you will also need a 'def' statement. For MIPS MSA, this statement looks like this: def LD_D: LD_D_ENC, LD_D_DESC; This defines an instruction (LD_D) with the encoding specified by the LD_D_ENC class, and the operation description (including assembly syntax) specified by the LD_D_DESC class. You'll sometimes find 'adjectives' like I...

...> ARM's is an interesting implementation of big-endian vectors. AFAIK, other >> architectures go all in and use both big-endian lanes and elements. That >> makes the problem go away, and you only need one load instruction. > > The recently published MIPS SIMD Architecture (MSA) has the same issue for big-endian vectors. There's a small non-functional benefit to accounting for this in little-endian too. For little-endian mode, the emitted code is a bit easier to understand if the 'correct' loads and stores are used. AltiVec is an implementation of big-endian...

Full_Name: Marek Ancukiewicz Version: 1.8.1 OS: Linux Submission from: (NULL) (132.183.12.87) Function cor() incorrectly handles missing observation with method="spearman": > x <- c(1,2,3,NA,5,6) > y <- c(4,NA,2,5,1,3) > cor(x,y,use="complete.obs",method="s") [1] -0.1428571 >

...> (1) Only company.com accounts should be able to send an email to > everybody in that company via all at company.com. Do you have a means to identify "some suitable account was used" - as opposed to a trivially forged sender address - *other* than by watching the actual MUA-to-MSA login happen? (E.g., you might impose a requirement that such e-mails be cryptographically *signed* - per S/MIME, DKIM, or whatever method can be verified automatically later on. Or your MSA might not accept e-mail from outside the LAN and you can globally assign trust to all e-mails that come from...

Hi, I have an HP MSA 2000i as SAN (iSCSI) and since I'm starting with SANs, I'm seeking for advice. We are currently using HP Proliant 380 G5 + MSA 70 (SAS, direct-attached storage) for our production servers. At first, I thought I'd be using the SAN only for non-critical operations, like temporary ad...

Hi, I have very simple balanced randomized block design where I total have 48 observations of a measure of weights of a product, the product was manufactured at 4 sites, so each site has 12 observations. I want to use lme() from nlme package to estimate the standard error of the product weight. So the data look like: MW site 1 54031 1 2 55286 1 3 54396 2 4 52327 2 5 55963