00293 ¡99c9cd0aba879c895882ead40e05ef

00293 ¡99c9cd0aba879c895882ead40e05ef



295


Experimental Design Models with Random Components

Observation

Observed Value

Predicted Value

Residual

10

30.60000000

30.85000000

-0.25000000

11

30.91000000

30.85000000

0.06000000

12

30.70000000

30.85000000

-0.15000000

13

30.74000000

30.77000000

-0.03000000

14

30.89000000

30.77000000

0.12000000

15

30.69000000

30.77000000

-0.08000000

16

30.76000000

30.77000000

-0.01000000

17

30.84000000

30.78500000

0.05500000

18

30.85000000

30.78500000

0.06500000

19

30.71000000

30.78500000

-0.07500000

20

30.74000000

30.78500000

-0.04500000

21

30.78000000

30.68000000

0.10000000

22

30.53000000

30.68000000

-0.15000000

23

30.71000000

30.68000000

0.03000000

24

30.70000000

30.68000000

0.02000000

25

30.93000000

30.94500000

-0.01500000

FigurÄ™ 6. (continued).

model. The large variability associated with site 1 can also be seen in this residual plot. In FigurÄ™ 7b, the residuals are plotted against day and the large variability at day 6 is evident. FigurÄ™ 7c illustrates the residuals against site with the large variability at site 1 evident.

FigurÄ™ 8 reanalyzes the data after eliminating all responses at site 1. There are 112 remaining measurements. The ANOVA estimates of the components in FigurÄ™ 8 are Ä…uite different from the results for the fuli data. The maximum likelihood estimates for the reduced data are shown in FigurÄ™ 9. NotÄ™ that the negative ANOVA estimate for interaction component is estimated to be 0 by the maximum likelihood method. The restricted maximum likelihood estimates are shown in FigurÄ™ 10. Again, the interaction component is estimated to be 0. The ANOVA estimates are recomputed for the reduced model without the interaction term in FigurÄ™ 11. Notice that the results match the restricted maximum likelihood estimates in FigurÄ™ 10.


Wyszukiwarka

Podobne podstrony:
00279 Td306bbd4067db22e643a3d18dff257 281 Experimental Design Models with Random Components The Gen
00281 ?a198917d25d2fe33d446aa325defc9 283 Experimental Design Models with Random Components has bee
00289 ?0e8db4a314a2972976f6a1350cdcef Experimental Design Models with Random Components 291 Legend:
00295 ?0993ee4b90bc7144c56b8ed9184b50 Experimental Design Models with Random Components Legend: A=1
00297 ?874abc6b4985ef3e9b9524e85f2859 299 Experimental Design Models with Random Components Class L
00277 3e3b069b252a35c7d14a21fefd17cc 14Experimental Design Models with Random Components Douglas C
00283 Na1efd990e69e725fd6ed704b186932 285Experimental Design Models with Random Components Dependen
00285 ba4eb9de2439657950899804bf5cde 287Experimental Design Models with Random Components Legend:
00287 d1d8ec59ed7ebf1fa5e7368394e32c7 Eiperimental Design Models with Random Components289 Legend:
00291 Xd134640d46c0b4a9eb52602b6de8fd 293 »Experimental Design Models with Random Components Legend
00299 ?6aee9de3ac70aa4fb9f97c4183253e 301 Eiperimental Design Models with Random Components Depende
00278 ?7712f42afee1422de9fd75efb5451a 280Montgomery & RungerIntroduction Experimental design mo
00158 ?199629f66519464bbe1817691fcd42 9Economic Control Chart Models with Cycle Duration Constraint
00160 ?20faa5528f4119b0247c4a905cfca9 161 Economic Control Chart Models with Cycle Duration Constra
00162 ?9b949846ac8ec47085cc44f65d6360 163 Economic Control Chart Models with Cycle Duration Constra
00164 ?c986b3f04708d4e974fc7da0f1f328 165 Economic Contro! Chart Models with Cycle Duration Constra
00166 ?bf56299e21586eb93b018cb37e6717 167 Economic Control Chart Models with Cycle Duration Constra
00168 Bacb53e24cc766a3f8c5490a3082d66 169 Economic Control Chart Models with Cycle Duration Constra
00170 T3e60c0b7a0adbf4a4552dbad326e94 171 Economic Control Chart Models with Cycle Duration Constra

więcej podobnych podstron