search for: compuat

...Yes. What I think should happen is flags need to be less of a hack. There are two cases, instruction ordering/binding uses, and hidden dataflow uses. Modeling flags as registers on processors that have flags is not something I am qualified to speak on (though I suspect it would put an unnecessary compuational burdon on the scheduler and RA, esp on x86), but seperating control and dataflow flags so that an arch can say dataflow flags are always registers would let legalize know that addc was <int, dataflowflag> and that on the arch dataflowflag == register, so it could handle fixing up the typ...

...nce in any other softphones and how well does it work? I have the recording files, anyone would be interesting in taking a look? I wonder if there is something wrong with my input, setup...BTW: did anyone ever try to port the algorithm to hardware? I will do some profiling and implement the most compuation expensive function in the Xilinx FPGA.I would really appecriate if anyone can share some experience or provide adavise and suggest! I like to contribute my work to the Speex project if my project turns out to be good end. Regards,William _______________________________________________________...

Thanks - that solves both problems. In the future, HW may have built in ADDE support, but will likely still not have flags - it'll just read 3 registers and write two. Any thoughts there? Thanks, Dan On Oct 27, 2008, at 12:07 PM, Andrew Lenharth wrote: > On Mon, Oct 27, 2008 at 10:11 AM, Daniel M Gessel <gessel at apple.com> > wrote: >> The language I'm

...scribed as a white paper. It discusses the adequacy of the Laplace transform under various scenarios. It contains some substantial computations, so I'd like to mark it as "never ever run this" for both CRAN and my local builds, my next update of it will turn it into a 30+ minute compuatation. Almost all users will need only the pdf; however, my master file for creating it is .Rnw form and I'd like to make it available to those who might want to dig deeper. I (and every other program I know of) had always assumed that the Laplace approx was excellent for a mixed effects...

...hould happen is flags need to be less of a hack. > There are two cases, instruction ordering/binding uses, and hidden > dataflow uses. Modeling flags as registers on processors that have > flags is not something I am qualified to speak on (though I suspect it > would put an unnecessary compuational burdon on the scheduler and RA, > esp on x86), but seperating control and dataflow flags so that an arch > can say dataflow flags are always registers would let legalize know > that addc was <int, dataflowflag> and that on the arch dataflowflag == > register, so it could hand...

Hi to all, maybe the last question was not clear enough. I did not found any hints how to decide whether it should use lower.tail or not. As it is an extra R-feature ( written in http://finzi.psych.upenn.edu/R/Rhelp02a/archive/66250.html ) I do not find anything about it in any statistical books of me. Regards Carmen

...well does> > it work? I have the recording files, anyone would be interesting in> > taking a look? I wonder if there is something wrong with my input,> > setup...BTW: did anyone ever try to port the algorithm to hardware?> > I will do some profiling and implement the most compuation expensive> > function in the Xilinx FPGA.I would really appecriate if anyone can> > share some experience or provide adavise and suggest! I like to> > contribute my work to the Speex project if my project turns out to be> > good end. Regards,William > > _________...

...ow well does> > it work? I have the recording files, anyone would be interesting in> > taking a look? I wonder if there is something wrong with my input,> > setup...BTW: did anyone ever try to port the algorithm to hardware?> > I will do some profiling and implement the most compuation expensive> > function in the Xilinx FPGA.I would really appecriate if anyone can> > share some experience or provide adavise and suggest! I like to> > contribute my work to the Speex project if my project turns out to be> > good end. Regards,William > > ____________...

...; it work? I have the recording files, anyone would be interesting in> > taking a look? I wonder if there is something wrong with my input,> > setup... >> > > BTW: did anyone ever try to port the algorithm to hardware?> > I will do some profiling and implement the most compuation expensive> > function in the Xilinx FPGA.I would really appecriate if anyone can> > share some experience or provide adavise and suggest! I like to> > contribute my work to the Speex project if my project turns out to be> > good end. > > Regards, > > William...

Hello All, Want very much to learn how to plot patient drug timelines. Trouble is I need to figure out how to do this today. So not much time for me to struggle with it. Hoping someone can just help me out a bit. Below are some sample data and code that produces what I think is the beginning of a very nice graph. Need to alter the code to: 1. Get the lines for the drugs to appear on the

...ts (2) d = ncol(xy) if (n <= d) return(NULL) ## Apply a uniform shift to the x&y coordinates to make matrix calculations computationally ## simpler (if x and y are very large, for example UTM coordinates, this may be necessary ## to prevent a 'compuationally singular matrix' error if (shiftxy) { xy.min <- sapply(xy, FUN = "min") } else { xy.min <- c(0,0) } xy.use <- xy - rep(xy.min, each = n) ## Add a column of 1s to the (n x 2) matrix xy - so it is now (n x 3)...

Here is a copy of the last few lines in base-Ex.Rout.fail: > x <- seq(3,500);yl <- c(-.3, .2) > plot(x,x, ylim = yl, ylab="",type='n', main = "Bessel Functions Y_nu(x)") > for(nu in nus){xx <- x[x > .6*nu]; lines(xx,besselY(xx,nu=nu), col = nu+2)} > legend(300,-.08, leg=paste("nu=",nus), col = nus+2, lwd=1) > > x <-

Dear R users The following function is R code for the main compuations in the article: M. Eliasziw, S Lorraine Young, M Gail Woodbury and Karen Fryday-Field (1994): Statistical Methodology for the Concurrent Assessment of Intrarater and Intrarater Reliability: Using Goniometric Measurements as an Example. Physical Therapy 74 (8); 777-788 The function gives the e...

...if (n <= d) return(NULL) > ## Apply a uniform shift to the x&y coordinates to make matrix > calculations computationally > ## simpler (if x and y are very large, for example UTM > coordinates, this > may be necessary > ## to prevent a 'compuationally singular matrix' error > if (shiftxy) { > xy.min <- sapply(xy, FUN = "min") > } else { > xy.min <- c(0,0) > } > xy.use <- xy - rep(xy.min, each = n) > ## Add a column of 1s to the (n x 2) mat...