similar to: Generating autogressive model in R

Dear R users, Kindly help me to look into the following problem. I have a dataset like the following dat <- data.frame(id = seq(1:5), trt=c(0,0,1,1,1),tid=c(0,0,0,0,0),                   ntid=c(0,0,0,0,0)) I want to create waiting times using   B <- rexp(1) f1 <- (1/phi)+ ntid; f2 <- abs(1+phi*delta*tid*exp(beta*trt)) f3 <- phi*delta*exp(beta*trt) wait <-

-----Urspr?ngliche Nachricht----- Von: nome cognome [mailto:digiland_oohay@yahoo.it] Gesendet: 17 September 2003 09:30 An: Brian Reichholf Betreff: Re: [Samba] smbadduser problem ----- Original Message ----- From: "Brian Reichholf" <brian.reichholf@login.co.at> To: <samba@lists.samba.org> Sent: Wednesday, September 17, 2003 9:42 AM Subject: [Samba] smbadduser problem

Thanks fort he advice John, i read that on the link that nome sent. I filled it out in the smb.conf, and edited the usermap file, then restarted the smb server, and it didn't work *shrugs* it works fine with ftp, so that'll do for now. Thanks anyway. Cheers, -brian -----Urspr?ngliche Nachricht----- Von: John H Terpstra [mailto:jht@samba.org] Gesendet: 17 September 2003 15:04 An: Brian

Hello, There seems to be a bug with the value of the thread ID (TID) that is generated by XRay when calling fork(). The value of the TID of the child has the same TID as its parent (this is seen in the “thread: “ field of the YAML output produced by the llvm-xray tool). This is a problem as the trace generated contains the same TID for the parent and children processes, making it difficult to

Hi all, For loads and stores i want to extract information about the number of indices accessed. For instance: struct S {int X, int *Y}; __global__ void kernel(int *A, int **B, struct S) {   int x = A[..][..]; // -> L: A[..][..]   int y = *B[2];   // -> L: B[0][2]   int z = S.y[..];  // -> L: S.1[..]   // etc.. } I am performing some preprocessing on IR to: 1. Move constant

Hi Ees, SCEV Delinearization is the closest I know. But it has its problems. Well for one your expression should be SCEVable. But more importantly, SCEV Delinearization is trying to deduce something that is high-level (actually source-level) from a low-level IR in which a lot of this info has been lost. So, since there's not a 1-1 mapping from high-level code to LLVM IR, going backwards will

Michael makes a great point about aliasing here and different indexing that accesses the same element! Another note: x = A[0][2] is fundamentally different depending on the type of `A`. If e.g. A was declared: int A[10][20], there's only _one_ load. A is a (and is treated as) a linear buffer, and GEPs only pinpoint the specific position of A[0][2] in this buffer (i.e. 0*10 + 2). But if A was

Dear Madam or Mister, My name is Manuel Montesino and I am a PhD student at the University of Copenhagen. I am not a programmer myself, but my thesis requires the combined use of R and a model. I would be very grateful if you help me with the following issue; I am trying to combine a small piece of code written in Fortran 77 with R. The F77 code aims to select data from a library and write it

Sorry if this is a stupid question but I tried reading, studying and finding solution but am not making it alone :) On my home lan I have a Linux (Debian sid) box (192.168.174.244) running 3.0.10 samba and cups 1.1.23. My objective is to print from this box to the other home PC which is running XP (192.168.174.242) and sharing an Epson R200 printer. Follows the troubleshooting I could do

You can get help on the whole package by > help(package="multtest") which is likely pretty close to what you want. There's the index etc for the package on the web as well. You can also just look in the package's installation directory. If it's loaded you can do an ls(2) say if it loaded in position 2, to get all objects in the package. Reid -----Original Message-----

The following works fine as a standalone ruby program: ********************************************************************************************** t = Time.now starter = Time.local(t.year,t.mon, t.day) + (24 *3600) ender = starter + 7 * 24 *3600 lat = 40.352039 lon = -74.191961 require ''soap/wsdlDriver'' params = {:maxt => false, :mint => false, :temp => true, :dew

hi, we recently upgraded from samba 2.2.8a w/ldap to samba3 w/ldap and having troubles with domain group mappings. first symptom is that net groupmap list returns nothing. [root@lola root]# net groupmap list [root@lola root]# if we try to add a groupmapping, the command fails: net groupmap add sid=<sid-gid> ntgroup="Domain Admins" unixgroup=domadm type=domain --debuglevel=4

To All How does one get a list of functions from a loaded package so that one can then get the appropriate help for each of the functions. Currently my method is based on a lot of trial-and-error. Here's an example of what I mean... >From this forum I learn that an interesting package called "multtest" exists on Bioconductor. I then use R Console's "Packages" --

I just tried setting: performance.parallel-readdir on features.cache-invalidation on features.cache-invalidation-timeout 600 performance.stat-prefetch performance.cache-invalidation performance.md-cache-timeout 600 network.inode-lru-limit 50000 performance.cache-invalidation on and clients could not see their files with ls when accessing via a fuse mount. The files and directories were there,

2009/1/22 Spiros Ioannou <sivann at gmail.com> > Cher Arnaud, > Hi Spiros, > I send you a demo that reads info from an Emerson Liebert > GXT2-10000T230 through the RS-232 port. This uses the "ESP-II (ESP 2) > Protocol". > Current supported data includes: measurements (voltage, temperature, > etc) , ID strings (serial number, etc), status flags (inverter on,

2017-10-10 8:25 GMT+02:00 Karan Sandha <ksandha at redhat.com>: > Hi Gandalf, > > We have multiple tuning to do for small-files which decrease the time for > negative lookups , meta-data caching, parallel readdir. Bumping the server > and client event threads will help you out in increasing the small file > performance. > > gluster v set <vol-name> group

Hi folks, The following are initial virtio-scsi + target vhost benchmark results using multiple target LUNs per vhost and multiple virtio PCI adapters to scale the total number of virtio-scsi LUNs into a single KVM guest. The test setup is currently using 4x SCSI LUNs per vhost WWPN, with 8x virtio PCI adapters for a total of 32x 500MB ramdisk LUNs into a single guest, along with each backend

Hi folks, The following are initial virtio-scsi + target vhost benchmark results using multiple target LUNs per vhost and multiple virtio PCI adapters to scale the total number of virtio-scsi LUNs into a single KVM guest. The test setup is currently using 4x SCSI LUNs per vhost WWPN, with 8x virtio PCI adapters for a total of 32x 500MB ramdisk LUNs into a single guest, along with each backend