search for: sscp

Hi all, I'm trying to convers some Cisco SSCP phones to the SIP formware. The phone boots, I see it tries to fetch a bunch of files on my TFTP: Jun 17 09:37:45 firewall dnsmasq-dhcp[21202]: DHCPACK(eth2) 192.168.10.103 6c:50:4d:da:f0:67 SEP6C504DDAF067 Jun 17 09:38:10 firewall in.tftpd[22666]: RRQ from 192.168.10.103 filename CTLSEP6C504DDAF0...

...on output. Hence, I'm trying to find an environment that will allow me to do repeated measures MANOVA and determine the dimensionality of the space, before I spend several weeks trying to learn it. I know the dimensionality parameter is based upon the eigenvalues of the ratio of the different SSCP (sum of squares and cross products) matrices, but a) I'm not sure how to calculate the SSCP matrices for repeated measures MANOVA, and b) once I get these eigenvalues and convert them a Pillai-Bartlett or Wilk's-Lambda value, I don?t know how to convert to an f-statistic. Does anybody know...

...9;ve just completed & uploaded to the cvs the newest version with fixed redial key AND implementation of speed dials. please test extensively and report any bugs. i know that the display is not yet set correctly but the buttons are working as expected. Enjoy testing... --jan (*1) http://chan-sscp.sf.net (*2) yes, bugtracker is down at the moment, will fix this tomorrow morning (in about 8 hours) -- Jan Czmok, Network Engineering & Support, Global Access Telecomm, Inc. Ph.: +49 69 299896-35 - fax: +49 69 299896-40 - sip:13129*522@inoc-dba.pch.net

...here is some function or package in R works similar to the 'PROC REG' in SAS? Thank you. Some facts about 'PROC REG': PROC REG in SAS first composes a crossproducts matrix. The matrix can be calculated from input data, reformed from an input correlation matrix, or read in from an SSCP data set. For each model, the procedure selects the appropriate crossproducts from the main matrix. The normal equations formed from the crossproducts are solved by using a sweep algorithm (Goodnight 1979). The method is accurate for data that are reasonably scaled and not too collinear. The swee...

....1.3 RT.1.2.1 RT.1.2.2 RT.1.2.3 RT.1.3.1 RT.1.3.2 RT.1.3.3 RT.2.1.1 # RT.2.1.2 RT.2.1.3 RT.2.2.1 RT.2.2.2 RT.2.2.3 RT.2.3.1 RT.2.3.2 RT.2.3.3 # /WSFACTOR=TaskSwitch 2 Repeated CongruenceNow 3 Repeated CongruenceBefore 3 Repeated # /METHOD=SSTYPE(3) # /PRINT=DESCRIPTIVE OPOWER TEST(SSCP) # /CRITERIA=ALPHA(.05) # /WSDESIGN=TaskSwitch CongruenceNow CongruenceBefore TaskSwitch*CongruenceNow # TaskSwitch*CongruenceBefore CongruenceNow*CongruenceBefore # TaskSwitch*CongruenceNow*CongruenceBefore. ###### END: SPSS code #############################################...

Hey guys, I just found out about wine today, and i am extremely paranoid about getting viruses and malware and things of that nature. If i use this program strictly just to play video games is there any chance i could get infected by anything? I just wondered how vulnerable this would make my computer. Thank you

I persuaded my friends to convert to Linux, now they want Sketchup! They are the sort of people who would click on anything and I don't want them to get malware etc. Is there a way to make Wine run *only* Sketchup and nothing else? I did try searching for the answer but couldn't find one. Thanks

Hi R-users I'm trying to do multivariate analysis of variance of a experiment with 3 treatments, 2 variables and 5 replicates. The procedure adopted in SAS is as follow, but I'm having difficulty in to implement the contrasts for comparison of all treatments in R. I have already read manuals and other materials about manova in R, but nothing about specific contrasts were found in them,

....GESF.SUCC.I..GE 7780: 53 46 0a 12 a0 26 7b 50 41 52 4d 01 00 a0 10 93 SF...&{PARM..... 7790: 7a 50 41 52 4d 01 00 01 70 01 49 53 53 43 a1 0c zPARM...p.ISSC.. 77a0: 70 00 47 45 53 46 a4 43 52 49 54 a1 07 70 00 49 p.GESF.CRIT..p.I 77b0: 53 53 43 70 00 47 45 53 46 70 00 50 41 52 4d a4 SSCp.GESFp.PARM. 77c0: 53 55 43 43 a0 19 93 47 45 53 46 0a 13 70 00 47 SUCC...GESF..p.G 77d0: 45 53 46 70 00 50 41 52 4d a4 53 55 43 43 a0 24 ESFp.PARM.SUCC.$ 77e0: 93 47 45 53 46 0a 14 7b 50 41 52 4d 0a 0f 50 41 .GESF..{PARM..PA 77f0: 56 50 70 00 47 45 53 46 70 00 50 41 52 4d a4 53 VPp.GESF...