search for: laws

https://bugzilla.samba.org/show_bug.cgi?id=10756 Summary: rsync can't create files or dirs in subdirs (sometimes?) Product: rsync Version: 3.1.1 Platform: All OS/Version: Linux Status: NEW Severity: regression Priority: P5 Component: core AssignedTo: wayned at samba.org

I posted this question a while back, and I'm posting again in hopes that someone has some ideas. Sorry if you've already seen this. When dialing out using a SIP or IAX provider (Broadvoice, SimpleTelecom, VoicePulse Connect) I often find that after the call is answered the first few seconds of audio are cut off (i.e. I don't hear the called party). This usually results in the called

Hi Martijn, thank you for your answer. So the problem would be suboptimal compression due to suboptimal assumption about the input signal, right? What I do not understand is how the format of a FLAC format would be affected by supporting A-law and mu-law files as input (and thus output). Despite of suboptimal performance, is it possible to treat 8bit *-law samples as 8bit linear PCM files and

Hi to all! I have a database of audio files that I want to losslessly compress. Unfortunately I have several 8bit A-law and mu-law files in the database and I see from here http://flac.sourceforge.net/documentation_tools_flac.html that they are not supported by the reference flac encoder/decoder. Is there a reason for this? Would it be possible to add support for these files in the reference

I have a regular script I run to make static "snapshots" of my home file system, with each being all the files that changed in the past 24 hours. I just moved my home partition to a new harddisk w/more space. I ran the util and have gotten odd results each time I ran it. This one bothers me... as I'm not sure why the attrs would be missing. How can the names be transfered but no

On Nov 19, 2011, at 16:42, Giulio Paci wrote: > So the problem would be suboptimal compression due to suboptimal > assumption about the input signal, right? The problem is more that FLAC should not be a collection of code to read every possible file format in existence. That would be a duplication of at least two other audio file format conversion utilities, and quite bug ridden,

Ein eingebundener Text mit undefiniertem Zeichensatz wurde abgetrennt. Name: nicht verf?gbar URL: <https://stat.ethz.ch/pipermail/r-help/attachments/20130304/62581e97/attachment.pl>

Hi, sndfile-convert already converts from all these formats to FLAC, but the flac tool itself has more flac-specific options. Is it possible to use sndfile-convert to provide the input data? In any case Erik is maintaining both libsndfile and libflac, and it's unlikely he'd want to duplicate the code. If anything it'd make more sense to remove code for reading other formats from the

Asterisk 1.2.24 seems to crash repeatedly under any substantial call load (and sometimes without a substantial call load - just one SIP leg is enough to do it) when using the G.729 pre-compiled binaries from: http://asterisk.hosting.lv/ As per: http://www.voip-info.org/wiki-Asterisk+G.729+Licensing Time to crash is variable, but seems to require at least an hour of production performance

The ticket clinic, What Is U.S. Copyright Law? The US Copyright Law grants rights to individuals for the works they create. The US Copyright Act of 1790 has changed over the years. The current basis of US copyright law is based on the Copyright Act of 1976. US copyright law is relatively automatic. Once someone has an idea and produces it in tangible form, the creator is the copyright holder and

Dear all, I'm using igraph for some analysis about the network I have. I have a question about the function "power.law.fit". I wonder if there is any test for checking whether the "power.law.fit" is good for the input, i.e., under which situation, could we use this function to get a reliable result. I'm afraid even I input a random graph without any property of

Because u-law and a-law are non-linear algorithms and the mathematics of FLAC (and AFAIK all lossless encoders) are build for linear PCM. Adding these formats would change the FLAC format altogether, decoders are not made to work with it (they can only output plain PCM) Best option would be converting these files to 16-bit plain WAV and compressing, but I guess files won't be much smaller

Thank you all for your answers. They were all useful. Il 21/11/2011 07:37, Erik de Castro Lopo ha scritto: > Giulio Paci wrote: > >> thank you for your answer. So the problem would be suboptimal >> compression due to suboptimal assumption about the input signal, right? >> What I do not understand is how the format of a FLAC format would be >> affected by supporting

Dear all, How can I fit a truncated power law to a vector? I can't find a function to do that. If the function provides an AIC, even better. John

...e parameters of the distribution (the power law exponent in this case) cannot be estimated from the data. If that's the case how do I test how good the fit is? Do I need to use something else instead of KS? I've seen other mentions of using KS to measure the goodness-of-fit to power laws though so perhaps I've misunderstood something basic here (I'm a biologist not a statistician). If KS is the right tool to use, how would I go about specifying the continuous distribution function for a power law? The help page only shows how to use it with the built in 'pgamma...

I have: interfaces = lo0, eth2 and: socket address = 192.168.3.1 socket address = 127.0.0.l in my smb.conf, but when I try to "net group add anything" (on server running samba 3.5.2, as a DC): <asks for current log'ed in users's password> mypwd Could not connect to server 127.0.0.1 Connection failed: NT_STATUS_CONNECTION_REFUSED So what am I missing? Shouldn't

Hi everyone. Newbie to statistics. I have 40 matrices of ~400 values. how may I determine whether the distribution follows zips law? response <-sample (1:20,400*4, replace= TRUE) Thank you vry much. -- View this message in context: http://r.789695.n4.nabble.com/A-introductory-question-about-Zips-law-Newbie-to-statistics-tp4521190p4521190.html Sent from the R help mailing list archive at

p { margin-bottom: 0.08in; } Dear All, I will appreciate some suggestions of R packages for "ESTIMATION OF THE EXPONENT OF POWER-LAW FREQUENCY DISTRIBUTIONS". I have been searching at the R-help list several keywords for this subject and I did not find a very specific package, except the useful normalp package. I believe there are others but I was not able to identify it. I have

Using FireFly, all other codecs but G711 Ulaw is selected. But whenever I place a call, I get: Jan 24 16:07:06 WARNING[30654495]: dsp.c:1468 ast_dsp_process: Inband DTMF is not supported on codec G.711 u-law. Use RFC2833 Umm, wtf? I thought Inband was ONLY supported on G.711 u-law. -------------- next part -------------- An HTML attachment was scrubbed... URL:

QUESTION: Who's in the wrong: I recently saw an example of a u-law file with a metadata header on the file. The asterisk playback function 'PLAYED' the ascii header values as if they were audio data, creating an audible 'click'. After realizing the click was coming from metadata (and fixing it), I became curious: Which is 'correct? In other words: 1. Is it