search for: cardhu_decombobulator_blackberri

Displaying 5 results from an estimated 5 matches for "cardhu_decombobulator_blackberri".

2010 Feb 09
0
asterisk-users Digest, Vol 67, Issue 20 Re: Asterisk going down
> > Thanks Josiah Bryan, > > I do not have any dns server running on my asterisk server, we do have an > external DNS server working in the data center; the IP of this dns server is > 10.4.1.5... > > Following you will see my main configuration: > > /etc/resolv.conf: > > domain localdomain > search localdomain > nameserver 10.4.1.5 > nameserver 10.4.1.2
2007 Nov 02
2
asterisk as a gateway
Hello, Could anyone please give some information on configuring asterisk as a gateway. What contents have to add in h.323 .conf and extensions.conf files ? Thanks & Regards Bincy K Philip -------------- next part -------------- An HTML attachment was scrubbed... URL: http://lists.digium.com/pipermail/asterisk-users/attachments/20071102/53be51ce/attachment.htm
2009 Jun 01
1
installing sn package
Hi r-users, I want to use the sn package but I got the following message: > install.packages(repos=NULL,pkgs="c:\\Tinn-R\\sn_0.4-12.zip") Warning: package 'sn' is in use and will not be installed updating HTML package descriptions I did tried to do it a few times but it gives the same message.  ________________________________ From:
2008 Dec 29
0
Serial Correlation Test for Short Time Series
Hello, Are there any R functions available for performing a serial correlation test for short time series (e.g, series having between 10-14 observations)? Many thanks! Isabella R. Ghement, Ph.D. Ghement Statistical Consulting Company 301-7031 Blundell Road, Richmond, B.C., Canada, V6Y 1J5 Tel: 604-767-1250 Fax: 604-270-3922 E-mail: isabella at ghement.ca Web: www.ghement.ca -----Original
2010 Oct 15
0
nomianl response model
Is there a way to estimate a nominal response model? To be more specific let's say I want to calibrate: \pi_{v}(\theta_j)=\frac{e^{\xi_{v}+\lambda_{v}\theta_j}}{\sum_{h=1}^m e^{\xi_{h}+\lambda_{h}\theta_j}} Where $\theta_j$ is a the dependent variable and I need to estimate $\xi_{h}$ and $\lambda_{h}$ for $h \in {1...,m}$. Thank you, Mauricio Romero Quantil S.A.S. Cel: 3112231150