#Liver Surgery Data
#
#Hoeting, J. A., Madigan, D., and Raftery, A.E. (1996) ``A Method for
#Simultaneous Variable Selection and Outlier Identification in Linear
#Regression,'' {\em Journal of Computational Statistics and Data
#Analysis}, {\bf 22}, 251-270.
#
#Data source:
#Neter, J., Wasserman, W., and Kutner, M. (1990),
#"Applied Linear Statistical Models",Homewood, IL: Irwin.
#
#Data columns:  log10(survival time), blood clotting score, prognostic
#index, enzyme function, liver function 

2.30103 6.7 62 81 2.59
2.00432137 5.1 59 66 1.7
2.30963017 7.4 57 83 2.16
2.00432137 6.5 73 41 2.01
2.70671778 7.8 65 115 4.3
1.90308999 5.8 38 72 1.42
1.90308999 5.7 46 63 1.91
2.10380372 3.7 68 81 2.57
2.30535137 6 67 93 2.5
2.30749604 3.7 76 94 2.4
2.5171959 6.3 84 83 4.13
1.81291336 6.7 51 43 1.86
2.91907809 5.8 96 114 3.95
2.51851394 5.8 83 88 3.95
2.22530928 7.7 62 67 3.4
2.33645973 7.4 74 68 2.4
1.93951925 6 85 28 2.98
1.53147892 3.7 51 41 1.55
2.33243846 7.3 68 74 3.56
2.23552845 5.6 57 87 3.02
2.0374265 5.2 52 76 2.85
2.13353891 3.4 83 53 1.12
1.84509804 6.7 26 68 2.1
2.34242268 5.8 67 86 3.4
2.44090908 6.3 59 100 2.95
2.15836249 5.8 61 73 3.5
2.25767857 5.2 52 86 2.45
2.75891189 11.2 76 90 5.59
1.8573325 5.2 54 56 2.71
2.25042 5.8 76 59 2.58
1.85125835 3.2 64 65 0.74
1.76342799 8.7 45 23 2.52
2.06445799 5 59 73 3.5
2.46982202 5.8 72 93 3.3
2.06069784 5.4 58 70 2.64
2.26481782 5.3 51 99 2.6
2.07188201 2.6 74 86 2.05
2.07918125 4.3 8 119 2.85
2.17897695 4.8 61 76 2.45
2.17026172 5.4 52 88 1.81
1.97772361 5.2 49 72 1.84
1.87506126 3.6 28 99 1.3
2.68394713 8.8 86 88 6.4
2.18469143 6.5 56 77 2.85
2.28103337 3.4 77 93 1.48
2.08990511 6.5 40 84 3
2.49276039 4.5 73 106 3.05
2.59988307 4.8 86 101 4.1
2.19865709 5.1 67 77 2.86
2.49136169 3.9 82 103 4.55
2.09342169 6.6 77 46 1.95
2.09691001 6.4 85 40 1.21
2.29666519 6.4 59 85 2.33
2.49554434 8.8 78 72 3.2
2.03259983 7.1 23 78 1.93
2.40859998 4.9 66 91 3.05
2.21769998 6.4 90 35 1.06
1.90780001 5.7 35 70 2.13
2.00350017 6.1 42 69 2.25
2.09450013 8 27 83 2.03
1.76519996 6.8 34 51 1.27
1.79249997 4.7 63 36 1.71
2.12919991 7 47 67 1.6
2.2295001 6.7 69 65 2.91
2.15239996 6.7 46 78 3.26
2.31879997 5.8 60 86 3.11
1.9039 6.7 56 32 1.53
2.05079993 6.8 51 58 2.18
2.65249998 7.2 95 82 4.68
2.20529993 7.4 52 67 3.28
1.92459998 5.3 53 62 2.42
2.15410003 3.5 58 84 1.74
2.49700004 6.8 74 79 2.25
1.72370001 4.4 47 49 2.42
2.8339 7 66 118 4.69
2.12819985 6.7 61 57 3.87
2.68839998 5.6 75 103 3.11
2.4284 6.9 58 88 3.46
2.0261 6.2 62 57 1.25
2.0843 4.7 97 27 1.77
2.2826 6.8 69 60 2.9
2.2073 6 73 58 1.22
2.0443 5.9 50 62 3.19
2.4863 5.5 88 74 3.21
1.9037 3.8 55 52 1.41
2.6647 4.3 99 83 3.93
1.9071 6.6 48 54 2.94
1.9093 6.2 42 63 1.85
2.4389 5 60 105 3.17
2.3343 5.8 62 82 3.18
1.3379 4.7 42 10 0.28
2.1996 5.7 70 59 2.28
1.8795 4.7 64 48 1.3
2.1504 7.8 74 40 2.58
1.433 2.9 43 32 0.94
2.4381 4.9 72 90 3.51
2.1075 4.6 73 57 2.82
2.2843 5.9 78 70 4.28
2.1615 4.6 69 70 3.17
2.0558 6.1 53 52 1.84
2.7249 5.9 88 98 3.33
2.052 4.7 66 68 1.8
2.681 10.4 62 85 4.65
2.2604 5.8 70 64 2.52
2.2553 5.4 64 81 1.36
2.1745 6.9 90 33 2.78
2.0224 7.9 45 55 2.46
2.1413 4.5 68 60 2.07