search for: zeta1

Every day we see pause times of sometime 60 seconds to read 1K of a file for local reads as well as NFS in a test setup. We have a x4500 setup as a single 4*( raid2z 9 + 2)+2 spare pool and have the files system mounted over v5 krb5 NFS and accessed directly. The pool is a 20TB pool and is using . There are three filesystems, backup, test and home. Test has about 20 million files and uses 4TB.

After applying 125205-07 on two X4500 machines running Sol10U4 and removing "set sata:sata_func_enable = 0x5" from /etc/system to re-enable NCQ, I am again observing drive disconnect error messages. This in spite of the patch description which claims multiple fixes in this area: 6587133 repeated DMA command timeouts and device resets on x4500 6538627 x4500 message logs contain multiple

...+exp(zeta[7])+exp(zeta[8])+exp(zeta[9])+exp(zeta[10])) qq63 <- exp(zeta[8])/(1+exp(zeta[7])+exp(zeta[8])+exp(zeta[9])+exp(zeta[10])) qq64 <- exp(zeta[9])/(1+exp(zeta[7])+exp(zeta[8])+exp(zeta[9])+exp(zeta[10])) qq65 <- exp(zeta[10])/(1+exp(zeta[7])+exp(zeta[8])+exp(zeta[9])+exp(zeta[10])) zeta1 <- c(qq21,qq31,qq32,qq41,qq42,qq43,qq51,qq52,qq53,qq54,qq61,qq62,qq63,qq64,qq65) ######################################################################### n <- length(N) # LENGTH OF SAMPLE; SIZE OF THE MAIN LOOP lglik <- numeric(n) # INITIALIZING THE LOGLIKELIHOOD FUNCTION...

So anyway, I have been using linux for years now, currently Fedora 12, and just recently I opened a box and found several of my old windows games. Starcraft, Heroes, Age of Empires, Stronghold, etc, some of which I installed. Then I came to Masters of Orion. This game I figured my crappy netbook could handle, and I get a bunch of "??????????" s in place of the actual text in the

...med elements of x, I get the same time series vector; the same happens for any subset of the named elements My call to numericDeriv looks like this (vphi acts as x, swz.kalman.vectoracts as g, decision.ts.vector acts as f): *** numericDeriv( expr = decision.ts.vector( a = swz.kalman.vector( zeta1=zeta[1], u = Phi$u, phi = Phi$Phi, vphi = c(varphi1,varphi2,varphi3,varphi4,varphi5,varphi6,varphi7,varphi8,varphi9,varphi10, varphi11,varphi12,varphi13,varphi14,varphi15,varphi16,varphi17,varphi18,varphi19, varphi20,varphi21,varphi22,varphi23,varphi24,varphi25,varphi26,varphi27,varphi28, va...

Jean-Marc Valin wrote: >If you set the denoiser to "on" and the VAD to "off", what difference >does it make in CPU time? > <p>Same program, running on Athlon XP 1700+: Test 1, using VAD, but AGC, denoise off: tevek@canarsie:~/work/hms/app_conference $ time ./vad_test /tmp/demo-instruct.sw 5 reading from /tmp/demo-instruct.sw, repeating 5 times read 537760

...t, gam9 sRU <-> sRU, NA, (1 - alpha(sRU))*(variance(sRU)) pRU <-> pRU, NA, (1 - alpha(pRU))*(variance(pRU)) rRU <-> rRU, NA, (1 - alpha(rRU))*(variance(rRU)) power_alt -> em, iota1 power_alt <-> power_alt, NA, (1 - alpha(power_alt))*(variance(power_alt)) ms_alt -> em, zeta1 ms_alt <-> ms_alt, NA, (1 - alpha(ms_alt))*(variance(ms_alt)) em -> relM1, eta1 em <-> em, NA, (1 - alpha(em))*(variance(em)) relM1 <-> relM1, lam1 After testing this model, the model fits were unnaceptable and package sem could not compute modification instances. In contrast,...