search for: unsaturation

Estimados gracias por todos los consejos para resolver el tema de la importacion de una linea de texto, al final era lo que decia Francisco respecto al mu que estaba en la linea y la codificacion de lenguaje. Ahora tengo otra consulta, pero esta vez respecto a graficos con lattice. Hago un grafico (adjunto) con el siguiente codigo: xYplot (Cbind(mean,ll,ul) ~ con| dia, groups=sol,

Muchas gracias Carlos, mas aun pues en españa es mas de medianoche del viernes, no ? eric. On Fri 04 Jul 2014 19:08:24 CLT, Carlos Ortega wrote: > Hola, > > Esta es una manera de hacerlo (he incluido un par de cambios > adicionales en las etiquetas): > > #--------------------------------- > mfctr$dia.new <- paste("dia_",mfctr$dia, sep="") > >

...ficos pegados juntos) y sobre este tengo que dibujar 4 rectas ajustadas a los datos de cada panel. Intente hacerlo con lattice usando el siguiente codigo : library(lattice) library(latticeExtra) xYplot(Cbind(mf[,3],mf[,5],mf[,6])~dia|factor(sol),data=mf,xlab="Time (days)",ylab="Unsaturation index", method="bars", keys="lines",layout=c(4,1),abline=list(list(a=4.532e-04,b=-2.138e-05),list(a=7.137e-05,b=2.699e-05),list(a=3.627e-04,b=2.552e-05),list(a=6.251e-04, b=4.938e-05))) y obtengo el grafico que adjunto, el que no responde a mi necesidad pues debo dibujar u...

...ue dibujar 4 rectas ajustadas a los > datos de cada panel. Intente hacerlo con lattice usando el siguiente > codigo : > > library(lattice) > library(latticeExtra) > > > xYplot(Cbind(mf[,3],mf[,5],mf[,6])~dia|factor(sol),data=mf,xlab="Time > (days)",ylab="Unsaturation index", method="bars", > keys="lines",layout=c(4,1),abline=list(list(a=4.532e-04,b=-2.138e-05),list(a=7.137e-05,b=2.699e-05),list(a=3.627e-04,b=2.552e-05),list(a=6.251e-04, > > b=4.938e-05))) > > y obtengo el grafico que adjunto, el que no responde a mi nec...

In my experience most of the jitter related issues are because people are using too small of audio buffer sizes that match the framing size of Speex - particularly in Windows. This isn't a problem with Speex, but as a programmer you should collect and append a few frames to match the size of your output audio frame buffer before attempting to play the sound. -----Original Message----- From:

Hi, Is there are document where the interaction between all the configuration options of speex is explained? Speex seems to have CBR, VBR and ABR. You can also use SPEEX_SET_QUALITY (SPEEX_SET_VBR_QUALITY) and SPEEX_SET_BITRATE which I suppose can't be set at the same time. Is there a list of possible combinations somewhere? I also have another question related to jitter. To minimize jitter,

I'm saying at the IR level, not the C level. IR makes certain assumptions about the representation of floating point numbers. Nothing to do with C, I only used it as an example. - CL > On Apr 14, 2016, at 4:49 PM, Martin J. O'Riordan <martin.oriordan at movidius.com> wrote: > > I don't think that this is correct. > > | Let's say we have an int x, and we

The audio frame speex generates sounds pretty terrible most of the time, and I don't use it for jitter correction instead I just use it for dropped packets - so I usually drop the late packet. It sounds acceptable as long as I drop less than 5% of traffic (dropping 2 in a row makes a bad robot noise, so I reset the stream in that case). The good news is that on an unsaturated DSL line jitter

I'm just experimenting with dynamic spans using TDMoE, which looks ideal for clustering Asterisk boxes with low latency (i.e. 1ms for TDMoE compared with 20ms for IAX). When using normal E1s and T1s, I've always used ISDN signalling: either EuroISDN or NI2. So naturally I tried that over the TDMoE. I've found that I get a lot of HDLC errors and the D-channel is up and down like a

...graficos pegados juntos) y sobre este tengo que dibujar 4 rectas ajustadas a los datos de cada panel. Intente hacerlo con lattice usando el siguiente codigo : library(lattice) library(latticeExtra) xYplot(Cbind(mf[,3],mf[,5],mf[,6])~dia|factor(sol),data=mf,xlab="Time (days)",ylab="Unsaturation index", method="bars", keys="lines",layout=c(4,1),abline=list(list(a=4.532e-04,b=-2.138e-05),list(a=7.137e-05,b=2.699e-05),list(a=3.627e-04,b=2.552e-05),list(a=6.251e-04, b=4.938e-05))) y obtengo el grafico que adjunto, el que no responde a mi necesidad pues debo dibujar u...

> How does an ISP provide a Jitter SLA on a Data T1? Jitter < 5ms? How does > one measure that? You can get a good feel for delay and jitter just by running a continuous ping to a core router on your ISPs network during peak times(or to Google for that matter) and visually monitoring the results. A good, unsaturated link will have extremely consistent response times with less than 5ms

...o que dibujar 4 rectas ajustadas a los > datos de cada panel. Intente hacerlo con lattice usando el siguiente > codigo : > > library(lattice) > library(latticeExtra) > > > xYplot(Cbind(mf[,3],mf[,5],mf[,6])~dia|factor(sol),data=mf,xlab="Time > (days)",ylab="Unsaturation index", method="bars", > keys="lines",layout=c(4,1),abline=list(list(a=4.532e-04,b=-2.138e-05),list(a=7.137e-05,b=2.699e-05),list(a=3.627e-04,b=2.552e-05),list(a=6.251e-04, > > b=4.938e-05))) > > y obtengo el grafico que adjunto, el que no responde a mi neces...

My understanding is that this checks whether the bit width of the integer *type* fits in the bit width of the mantissa, not the bit width of the integer value. - CL > On Apr 14, 2016, at 6:02 PM, escha at apple.com wrote: > > We already do this to some extent; see this code in InstCombineCasts: > > // fpto{s/u}i({u/s}itofp(X)) --> X or zext(X) or sext(X) or trunc(X) > //

Right - and I deal with that on the receiver end based on an approximation of sender's and receiver's responsiveness - the minimum latency I've been able to get into the system is about 150 ms. Of that, jitter buffering is about 40-100ms. I'd love to figure out how to get that down without killing myself on thread switching or Win32 kernel calls, but ms has to actually implement

I want to get a lighter shade of a color...I have a lot of colored objects and want each one printed as a foreground against a slightly lighter background. I thought I could try something like changing the alpha channel by first converting it to rgb. But prior to trying that, I'm stuck with how to get the color after converting using col2rgb() to be interpreted again as a color, rather than

I've noticed that glm and lrm give extremely different results if you attempt to fit a saturated model to a dataset with zero cells. Consider, for instance the data from, Agresti's Death Penalty example [0]. The crosstab table is: , , PENALTY = NO VIC DEF BLACK WHITE BLACK 97 52 WHITE 9 132 , , PENALTY = YES VIC DEF BLACK WHITE BLACK 6 11

Hello all, Last week, I finally decided to put into motion some ideas I''ve been kicking around for a year in my head since last year... Basically I don''t want to have to deal with threads or support platforms that rely on or encourage threads. Especially given MRI 1.9 where kernel threads are more difficult to debug than green ones. Given the limited scope of this project,