search for: prevelance

?for doesn't return anything help.search("for") doesn't return anything- Is the for loop so prevelant in computer programing that the documentation is implicit or is R paradigm to discourage the use of the for loop. I will post data probably tonight, but here is my problem. I have preformed an MDS on a set of data. I have the scores of the four axes that are the optimal

I have a * box running * version 1.0.3 with two X100P line cards in it and Cisco 7960 IP phones. Everything seems to work pretty well with the exeption that the system hangs up on phone calls for no apparent reason. It does this on both incoming and outgoing calls through the POTS line (currently only have one). The only thing in the asterisk console with maximum verbousity is " -- Hungup

I've got soft phone that allows me to dial SIP URI's. I'd like to route these calls through a provider to be completed, because I'm beind a NAT box and doing it directly doesn't work. Right now I've got an extension defined like this: Dial(IAX2/${FWDUSERID}:${FWDPASSWD}@${FWDSERVER}/**356<username>) This will connect a call to FWD and call a user at FWD. It works

...e mouse to better locations. col2grey, a tool to convert your colors to greyscale so you can get a general feel of how they would look when printed non-color, or copied, etc. SensSpec.demo, a demonstration of how to compute positive and negative predictive value from sensitivity, specificity, and prevelance using a virtual population rather than Bayes Theorem and algebra. TkApprox and TkSpline, GUI wrappers to the approxfun and splinfun functions that graph your data, the predictions, and allow you to drag reference lines on the plot to show the predicted values, differences, and derivatives. tkprog...

...e mouse to better locations. col2grey, a tool to convert your colors to greyscale so you can get a general feel of how they would look when printed non-color, or copied, etc. SensSpec.demo, a demonstration of how to compute positive and negative predictive value from sensitivity, specificity, and prevelance using a virtual population rather than Bayes Theorem and algebra. TkApprox and TkSpline, GUI wrappers to the approxfun and splinfun functions that graph your data, the predictions, and allow you to drag reference lines on the plot to show the predicted values, differences, and derivatives. tkprog...

Krzysztof Parzyszek via llvm-dev <llvm-dev at lists.llvm.org> writes: > Vectorization must know the data layout: whether we have vectors (r1, > i1, r2, i2...) or (r1, r2, ...), (i1, i2, ...). These two approaches > are not compatible. If you have vector registers that can hold 8 > floats, with the first approach you can load 4 complex numbers in a > single instruction, then

Dear Mr Peter Dalgaard and Mr Dieter Menne, I sincerely thank you for helping me out with my problem. The thing is taht I already have calculated SENS = Gg / (Gg + Bg) = 89.97% and SPEC = Bb / (Bb + Gb) = 74.38%. Now I have values of SENS and SPEC, which are absolute in nature. My question was how do I interpret these absolue values. How does these values help me to find out wheher my model is

Maybe I''m anal but I like fat-free JS, so I pulled the Proptotype and core Scriptaculous files into one single JS file at 49Kb. It''s "packed" so if you care about that kind of thing, it''s also "obfuscated". Download from my personal site at www.alistercameron.com. - Alister PS. Of course this is the current version as posted on the

On Fri, Aug 09, 2019 at 07:00:19PM +0300, Adalbert Laz?r wrote: > From: Nicu?or C??u <ncitu at bitdefender.com> > > This would be used either if the introspection tool request it as a > reply to a KVMI_EVENT_PF event or to cope with instructions that cannot > be handled by the x86 emulator during the handling of a VMEXIT. In > these situations, all other vCPU-s are kicked

The KVM introspection subsystem provides a facility for applications running on the host or in a separate VM, to control the execution of other VM-s (pause, resume, shutdown), query the state of the vCPUs (GPRs, MSRs etc.), alter the page access bits in the shadow page tables (only for the hardware backed ones, eg. Intel's EPT) and receive notifications when events of interest have taken place

The KVM introspection subsystem provides a facility for applications running on the host or in a separate VM, to control the execution of other VM-s (pause, resume, shutdown), query the state of the vCPUs (GPRs, MSRs etc.), alter the page access bits in the shadow page tables (only for the hardware backed ones, eg. Intel's EPT) and receive notifications when events of interest have taken place