search for: e11

Hi, I installed LTSP and trying to boot diskless pc, but I got error PXE-E11 ARP timout. How did you get over it, I grab your mail from -- Maris Dembovskis Latvia, Valmiera, Gulbene Vidzeme - kur labas idejas dzimst ritdienai

...UNDI, v1.03 Copyright (C) 2002, 2003 National Semiconductor Corporation All rights reserved. Pre-boot eXecution Environment PXE-2.0 (build 082) Copyright (C) 1997-2000 Intel Corporation CLIENT MAC ADDR: 00 00 24 C2 46 C8 CLIENT IP: 192.168.42.100 MASK: 255.255.255.0 DHCP IP: 192.168.42.1 PXE-E11: ARP timeout PXE-E11: ARP timeout PXE-E38: TFTP cannot open connection PXE-M0F: Exiting MacPhyter PXE ROM. thanks in advance jimc

...server enabled PC2 was set to PXE network boot in bios screen of PC2 : --- >>> --- >>> --- >>> --- NVIDIA Boot Agent 220.0518 [...] CLIENT IP: ___.___.___.___ <- got walid ip from PC1 dhcp server GATEWAY IP: ___.___.___.___ <- got walid ip from PC1 dhcp server PXE-E11: ARP timeout PXE-E11: APR timeout PXE-E38: TFTP cannot open connection Reboot and select proper Boot device --- <<< --- <<< --- <<< --- Any other switch works fine with this mobo and any other mobo works fine with this switch(even ones with older version of nvidia boot...

(1) I know that \n when used in cat, e.g. cat("\n") produces a line feed (i.e. skips to the next line). Is there any escape sequence that will go to the top of the next page? (2) I know that control L will clear the console. Is there an equivalent function or other means that can be used in R code to clear the console? Thanks, John John David Sorkin M.D., Ph.D. Chief, Biostatistics

Dear all If I run the model and get the estimated parameter a11. Then I want to use the estimated parameter to calculate the elasticities by using the formula e11=a11/mw1-1. What I have done is using the command of linear. Hypothesis. > formulas1=dWfresh~dlnPfresh+dlnPfrozen+dlnPsmoke+dlnQP+cosL1+sinL1+cosL2 > formulas2=dWsmoke~dlnPfresh+dlnPfrozen+dlnPsmoke+dlnQP+cosL1+sinL1+cosL2 > formulas12=list(formulas1,formulas2) > > salmon1=sy...

I have a problem with lattice log scales that I could use some help with. I'm trying to print log y-axis scales without exponents in the labels. A similar thread with Deepayan' recommendation is here: http://tolstoy.newcastle.edu.au/R/e11/help/10/09/9865.html. For example, this code using xyplot produces a logged y-axis but the labels (e.g. "10^1.2") are not very user-friendly: xyplot(24:300~24:300, scales=list(y=list(log=T))) So, trying another y.scale.component function, we get something more agreeable for y-axis sca...

...SQRT((D8-$D$4)*(D8-$D$4)+(E8-$E$4)*(E8-$E$4)+(F8-$F$4)*(F8-$F$4)) Treatment 2 2 30 3 2 =SQRT((D9-$D$5)*(D9-$D$5)+(E9-$E$5)*(E9-$E$5)+(F9-$F$5)*(F9-$F$5)) Treatment2 1 1 32 2 3 =SQRT((D10-$D$2)*(D10-$D$2)+(E10-$E$2)*(E10-$E$2)+(F10-$F$2)*(F10-$F$2)) Treatment2 1 2 35 1 3 =SQRT((D11-$D$3)*(D11-$D$3)+(E11-$E$3)*(E11-$E$3)+(F11-$F$3)*(F11-$F$3)) Treatment2 2 1 34 2 3 =SQRT((D12-$D$4)*(D12-$D$4)+(E12-$E$4)*(E12-$E$4)+(F12-$F$4)*(F12-$F$4)) Treatment2 2 2 28 2 1 =SQRT((D13-$D$5)*(D13-$D$5)+(E13-$E$5)*(E13-$E$5)+(F13-$F$5)*(F13-$F$5)) The result of the above formula call will give results in excel as...

...an easy problem... I'm trying to add a partitioned rank column to a data frame where the rank is calculated separately across a partition by categories, the way you could easily do in SQL. I found this solution in the archives that looked like it might work: http://tolstoy.newcastle.edu.au/R/e11/help/10/09/8675.html The example has a data frame with several car companies, and employee salaries within them. A column is then added to the data.frame which should give the descending rank for each employee, partitioned by company. But when I implemented it, the results weren't the expec...

..."d11" "d12" "d13" [31] "d14" "d21" "d22" "d23" "d24" "d25" [37] "d31" "d32" "d33" "e11" "e12" "e13" [43] "e21" "e22" "e23" "e31" "e32" "e33" [49] "f11" "f12" "f13" "f14" &...

...F5 -> Item25, lam25, NA F5 -> Item30, lam30, NA F5 -> Item35, lam35, NA F5 -> Item45, lam45, NA Item3 <-> Item3, e3, NA Item5 <-> Item5, e5, NA Item8 <-> Item8, e8, NA Item9 <-> Item9, e9, NA Item10 <-> Item10, e10, NA Item11 <-> Item11, e11, NA Item12 <-> Item12, e12, NA Item18 <-> Item18, e18, NA Item20 <-> Item20, e20, NA Item23 <-> Item23, e23, NA Item25 <-> Item25, e25, NA Item28 <-> Item28, e28, NA Item30 <-> Item30, e30, NA Item31 <-> Item31, e31, NA Item32 <-&...

I have the following code to write the output from auto.arima function. The issue is not in finding the model but to divert its out put fit to a file order_fit.txt. code runs but nothing is written to order_fit.txt where am I going wrong library(forecast) for (i in 1:2) { filen = paste("file",i,".txt",sep="") data <- read.table(filen) dat1 <- data[,1] xt <-

...work, sounds like a hardware problem. > ARP is the Address Resolution Protocol and is a low level ethernet protocol. > > check this site out for more info > http://whatis.techtarget.com/definition/0,,sid9_gci213780,00.html > > Thanks for the comment. I got the same error (PXE E11 ARP timeout) with two different motherboards, a Biostar M7VKQ with a realtek 8100 lan, and an Intel 845 BG with an intel 100Pro lan. Possibly there is something wrong with the hardware in both systems. The realtek 8100 seemed to work OK originally but in some cases I am now getting some flaky effe...

Thank you Shao I have no Linux env to compile the newest snapshot to C32 format. Instead, I downloaded the 3.83pre11 from http://www.kernel.org/pub/linux/utils/boot/syslinux/Testing/syslinux-3.83-pr e11.zip and replaced the files on my PXE server. Unluckily, it didn't work. I suspect it is not due to memdisk. I tried to use a combination of pxelinux.0(in 3.73) and memdisk(in 3.82), it did work! I think the...

A port of R to iOS? Thanks for your time, KW -- [[alternative HTML version deleted]]

...gt; deh4, lam38, NA mj1 <-> mj1, e1, NA mj2 <-> mj2, e2, NA mj3 <-> mj3, e3, NA mj4 <-> mj4, e4, NA mj5 <-> mj5, e5, NA eL1 <-> eL1, e6, NA eL2 <-> eL2, e7, NA eL3 <-> eL3, e8, NA eL4 <-> eL4, e9, NA eL5 <-> eL5, e10, NA aC1 <-> aC1, e11, NA aC2 <-> aC2, e12, NA aC3 <-> aC3, e13, NA aC4 <-> aC4, e14, NA disR1 <-> disR1, e15, NA disR2 <-> disR2, e16, NA disR3 <-> disR3, e17, NA disR4 <-> disR4, e18, NA disR5 <-> disR5, e19, NA difR1 <-> difR1, e20, NA difR2 <-> difR2, e21,...

Hi list, I would like to know about any proposed XML representation for tc objects hierarchy. I found something at "LTCM, a Linux QoS API Library" (http://artemis.av.it.pt/~ltcmmm/) that looks like a start, but any others are welcome. I''m starting a project to automatically syncronize traffic shape rules between servers and thought XML is the best way to represent tc

Perdon por no se lo suficientemente claro :( Tu codigo produce `validPairs` que tiene 7 variables y 360 observaciones. Donde > validPairs[1,] V1 V2 V3 V4 V5 V6 valid 60 e1 g1 c1 e1 g1 c2 Valid indica que un maestro tiene asignado c1 y c2 en la escuela e1 y el grado g1. Correcto? Si es asi, esto es casi lo que queira producir y creo que puedo llegar a donde quiero usando tu codigo de base.

Hello I would like to calculate a weighted line integral. The integral is calculated by the cells that this lines trasverses (the small cells belong to matrix (m*n) that represent the value that a specific area has. I need to calculate the weights by finding out how much the line touches or impinges inside a cell. The weight is less if a line just touches one of the four edges of a square

...eFUIDGreg, e2, NA reFDRwithDDRV<->reFDRwithDDRV, e3, NA reparD<->reparD, e4, NA reparDR<->reparDR, e5, NA reparRisk<->reparRisk, e6, NA reWDD<->reWDD, e7, NA reWDH<->reWDH, e8, NA reWSP<->reWSP, e9, NA reWDIS<->reWDIS, e10, NA reWCell<->reWCell, e11, NA reWFAT<->reWFAT, e12, NA reAanx<->reAanx, e13, NA reDanx<->reDanx, e14, NA reDstress<->reDstress, e15, NA reAstress<->reAstress, e16, NA reSI1<->reSI1, e17, NA reSI2<->reSI2, e18, NA reSI3<->reSI3, e19, NA reSI4<->reSI4, e20, NA reSimDE<-...

...<-> X.X12c, e3, NA X.X12d <-> X.X12d, e4, NA X.X12e <-> X.X12e, e5, NA X.X12f <-> X.X12f, e6, NA X.X12g <-> X.X12g, e7, NA X.X12h <-> X.X12h, e8, NA X.X12i <-> X.X12i, e9, NA X.X12l <-> X.X12l, e10, NA X.X12m <-> X.X12m, e11, NA X.X12n <-> X.X12n, e12, NA X.X12o <-> X.X12o, e13, NA X.X12p <-> X.X12p, e14, NA X.X12q <-> X.X12q, e15, NA X.X12r <-> X.X12r, e16, NA X.X12s <-> X.X12s, e17, NA X.X1a <-> X.X1a, e18, NA X.X1b <-> X.X1b, e19, NA X.X1c <->...