search for: p99

...upstream napi TCP_STREAM: 1x: Mbps 27816 39805 Gcycles 274 285 10x: Mbps 42947 42531 Gcycles 300 296 100x: Mbps 31830 28042 Gcycles 279 269 TCP_RR Latency (us): 1x: p50 21 21 p99 27 27 Gcycles 180 167 10x: p50 40 39 p99 52 52 Gcycles 214 211 100x: p50 281 241 p99 411 337 Gcycles 218 226 TCP_RR 4K: 1x: p50 28...

...upstream napi TCP_STREAM: 1x: Mbps 27816 39805 Gcycles 274 285 10x: Mbps 42947 42531 Gcycles 300 296 100x: Mbps 31830 28042 Gcycles 279 269 TCP_RR Latency (us): 1x: p50 21 21 p99 27 27 Gcycles 180 167 10x: p50 40 39 p99 52 52 Gcycles 214 211 100x: p50 281 241 p99 411 337 Gcycles 218 226 TCP_RR 4K: 1x: p50 28...

...37666 37910 Gcycles 400 540 405 10x: Mbps 41012 39954 40245 Gcycles 434 546 421 100x: Mbps 34088 34172 34245 Gcycles 435 546 418 TCP_RR Latency (us): 1x: p50 24 24 21 p99 27 27 27 Gcycles 299 432 308 10x: p50 31 31 41 p99 40 46 52 Gcycles 346 428 322 100x: p50 155 151 310 p99 334 329 362 Gcycles...

...37666 37910 Gcycles 400 540 405 10x: Mbps 41012 39954 40245 Gcycles 434 546 421 100x: Mbps 34088 34172 34245 Gcycles 435 546 418 TCP_RR Latency (us): 1x: p50 24 24 21 p99 27 27 27 Gcycles 299 432 308 10x: p50 31 31 41 p99 40 46 52 Gcycles 346 428 322 100x: p50 155 151 310 p99 334 329 362 Gcycles...

...upstream napi TCP_STREAM: 1x: Mbps 28985 34492 Gcycles 278 269 10x: Mbps 42267 42420 Gcycles 301 303 100x: Mbps 29710 31131 Gcycles 286 282 TCP_RR Latency (us): 1x: p50 22 21 p99 27 26 Gcycles 176 171 10x: p50 40 40 p99 51 51 Gcycles 215 211 100x: p50 272 235 p99 414 360 Gcycles 228 233 TCP_RR 4K: 1x: p50 27...

...upstream napi TCP_STREAM: 1x: Mbps 28985 34492 Gcycles 278 269 10x: Mbps 42267 42420 Gcycles 301 303 100x: Mbps 29710 31131 Gcycles 286 282 TCP_RR Latency (us): 1x: p50 22 21 p99 27 26 Gcycles 176 171 10x: p50 40 40 p99 51 51 Gcycles 215 211 100x: p50 272 235 p99 414 360 Gcycles 228 233 TCP_RR 4K: 1x: p50 27...

...5) p73=g(2,-.5) p74=g(2,0) p75=g(2,.5) p76=g(2,1) p77=g(2,2) p78=g(2,3) p79=g(2,4) p80=g(2,5) p81=g(3,-.5) p82=g(3,0) p83=g(3,.5) p84=g(3,1) p85=g(3,2) p86=g(3,3) p87=g(3,4) p88=g(3,5) p89=g(4,-.5) p90=g(4,0) p91=g(4,.5) p92=g(4,1) p93=g(4,2) p94=g(4,3) p95=g(4,4) p96=g(4,5) p97=g(5,-.5) p98=g(5,0) p99=g(5,0.5) p100=g(5,1) p101=g(5,2) p102=g(5,3) p103=g(5,4) p104=g(5,5) Mp<-c(p1,p2,p3,p4,p5,p6,p7,p8,p9,p10,p11,p12,p13,p14,p15,p16,p17,p18,p19,p20,p21,p22,p23,p24,p25,p26,p27,p28,p29,p30,p31,p32,p33,p34,p35,p36,p37,p38,p39,p40,p41,p42,p43,p44,p45,p46,p47,p48,p49,p50,p51,p52,p53,p54,p55,p56,p57,p5...

Hi, I have two objects: Contacts Lists I want to be able to add multiple contacts to multiple lists. I''ve created a linking table and a form that allows me to select the contacts using checkboxes, but I''m having some problems with the controller and model. I receive the following error message when I submit the form: Mysql::Error: Cannot add or update a child row: a

Dear gls-experts, while reading and testing some examples of the book "introductionary time series analysis with R", I encountered the following fact which puzzles me. Confidence intervals for global temperature time series (P99) computed from general least squares (GLS) to fit the time series. I repeat the example from the book and get the same results: temp.gls=gls(temp ~ time(temp),correlation=corAR1(0.7)) print(confint(temp.gls)) 2.5 % 97.5 % (Intercept) -39.80571914 -28.49658509 time(temp)...

Are there deltas for the revisions of the PDF version of the Agile book? -- fxn

I'm getting unexpected results from the coxph function when using weights from counter-matching. For example, the following code produces a parameter estimate of -1.59 where I expect 0.63: d2 = structure(list(x = c(1, 0, 0, 1, 0, 1, 0, 1, 0, 1, 0, 1, 0, 1, 1, 0, 0, 1, 0, 1, 0, 1, 0, 1), wt = c(5, 42, 40, 4, 43, 4, 42, 4, 44, 5, 38, 4, 39, 4, 4, 37, 40, 4, 44, 5, 45, 5, 44, 5), riskset =

...n Miller wrote: > It's very hard to figure out what is happening here without a debug log. > > You can get one by stopping the listening sshd and running it manually > in debug mode, e.g. "/usr/sbin/sshd -ddd" Or starting one in debug mode on a different port, e.g. "-p99 -ddd"

Is it possible to program the multi-purpose keys on a GXP-2000 remotely via a TFTP configuration file? If so, what are the parameters to put in the configuration file? Thanks, Daniel