search for: intgrate

Hi, I'm working on a Red Hat 7.3 based bootable cd. I have included a number of firmware update floppy images to it succesfully. However, I run into problems trying to build a floppy image for IBM ServerRAID firmware update. The firmware update disk set contains three disks. So their content does not fit into 1.44 nor 2.88 floppy images. To my understanding it possible to build a hard disk

Hi, I have a vector or random variables and I'm estimating the density using "bkde" function in the KernSmooth package. The out put contains two vectors (x and y), and the R documentation calls y as the density estimates, but my y-values are not exact density etstimates (since these are numbers larger than 1)! what is y here? Is it possible to get the true estimated density at each

I have been trying to track down information on building HD boot images for ISOLINUX and MEMDISK, and so far, haven't had a whole lot of luck. I've found a number of sources describing the process of setting up ISOLINUX and MEMDISK, and how to configure the boot CD to boot various OS's. I've also read through Bart Lagerweij's BootCD/ModBoot pages, and Mikhail

...t-Type: text/plain; charset=us-ascii; format=flowed Content-Transfer-Encoding: 7bit Vocal is a complex system and its very Cisco centric (since Cisco funds it I'm not suprised) but in all its been good. We went with it for the SIP support and the fact that our version is heavily modified to intgrate with our custom app. If * had solid SIP support 2 years ago things might have been diffrent. :) Scott costas wrote: >I can't resist asking. What do you think of Vocal as compared to *? Anything Vocal has but missing in *? > >---------- Original Message -----------------------------...

...burg.de> Content-Type: text/plain; charset=ISO-8859-1; format=flowed The calculation of the Kullback Leibler measure depends on the scale of your probability function. If it is discrete, the formula with "sum" term applies. In the continuous case "sum" is replaced by "intgrate". you may have a look at http://finzi.psych.upenn.edu/R/library/flexmix/html/KLdiv.html which covers both cases. For continuous random variables you can typically get only probability statements for intervals - by integrating the density function over the range of the given interval. If yo...