rmrpc.r2

Bootstrap方法

SECTION 9.3, DATA SET # 2 (MULTIVARIATE)                                        
 TWO-SAMPLE MULTI-RESPONSE PERMUTATION COMPARISON                                
 INPUT HAS   12 AND   14 CASES IS SAMPLES #1 AND #2, RESPECTIVELY
 THERE WERE   4 DIMENSION(S)
 IN THE  5 GROUPS OF SAMPLE #1 WITH SIZES 
      3  2  3  2  2
 IN THE  5 GROUPS OF SAMPLE #2 WITH SIZES 
      2  3  4  3  2
         C(I) = sqrt(n1(I)n2(I))/sum(sqrt(n1(I)n2(I)))
 
 GROUP NUMBER  1 OF SIZES    3 AND    2 HAS AN AVERAGE DISTANCE =   2.4249627    
 GROUP NUMBER  2 OF SIZES    2 AND    3 HAS AN AVERAGE DISTANCE =   2.7690902    
 GROUP NUMBER  3 OF SIZES    3 AND    4 HAS AN AVERAGE DISTANCE =   3.4193938    
 GROUP NUMBER  4 OF SIZES    2 AND    3 HAS AN AVERAGE DISTANCE =   2.4177203    
 GROUP NUMBER  5 OF SIZES    2 AND    2 HAS AN AVERAGE DISTANCE =   5.0144148    
 
         RANDOM NUMBER GENERATOR SEED =        23
         NUMBER OF SIMULATIONS =   1000000
         RESAMPLING LOWER TAIL P-VALUE OF OBSERVED W =  0.20652000E-001
         RESAMPLING UPPER TAIL P-VALUE OF OBSERVED W =  0.97934800     
         APPROXIMATE NORMAL P-VALUE =  0.16406353E-001
         OBSERVED VALUE OF W =   3.1624346     
         EXACT MEAN OF W =   3.6254128     
         AGREEMENT MEASURE ASSOCIATED WITH WO =  0.12770358     
         APPROXIMATE STANDARDIZED STATISTIC =  -2.1343661     
         APPROXIMATE MEAN OF W =   3.6251596     
         APPROXIMATE VARIANCE OF W =  0.47052556E-001
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SECTION 9.3, DATA SET # 2 (MULTIVARIATE)                                        
 TWO-SAMPLE MULTI-RESPONSE PERMUTATION COMPARISON                                
 INPUT HAS   12 AND   14 CASES IS SAMPLES #1 AND #2, RESPECTIVELY
 THERE WERE   4 DIMENSION(S)
 IN THE  5 GROUPS OF SAMPLE #1 WITH SIZES 
      3  2  3  2  2
 IN THE  5 GROUPS OF SAMPLE #2 WITH SIZES 
      2  3  4  3  2
         C(I) = n1(I)n2(I)/sum(n1(I)n2(I))
 
 GROUP NUMBER  1 OF SIZES    3 AND    2 HAS AN AVERAGE DISTANCE =   2.4249627    
 GROUP NUMBER  2 OF SIZES    2 AND    3 HAS AN AVERAGE DISTANCE =   2.7690902    
 GROUP NUMBER  3 OF SIZES    3 AND    4 HAS AN AVERAGE DISTANCE =   3.4193938    
 GROUP NUMBER  4 OF SIZES    2 AND    3 HAS AN AVERAGE DISTANCE =   2.4177203    
 GROUP NUMBER  5 OF SIZES    2 AND    2 HAS AN AVERAGE DISTANCE =   5.0144148    
 
         RANDOM NUMBER GENERATOR SEED =        23
         NUMBER OF SIMULATIONS =   1000000
         RESAMPLING LOWER TAIL P-VALUE OF OBSERVED W =  0.16760000E-001
         RESAMPLING UPPER TAIL P-VALUE OF OBSERVED W =  0.98324000     
         APPROXIMATE NORMAL P-VALUE =  0.12836701E-001
         OBSERVED VALUE OF W =   3.1400302     
         EXACT MEAN OF W =   3.6254128     
         AGREEMENT MEASURE ASSOCIATED WITH WO =  0.13388342     
         APPROXIMATE STANDARDIZED STATISTIC =  -2.2311154     
         APPROXIMATE MEAN OF W =   3.6254711     
         APPROXIMATE VARIANCE OF W =  0.47328690E-001
********************************************************
SECTION 9.3, DATA SET # 2 (MULTIVARIATE)                                        
 TWO-SAMPLE MULTI-RESPONSE PERMUTATION COMPARISON                                
 INPUT HAS   12 AND   14 CASES IS SAMPLES #1 AND #2, RESPECTIVELY
 THERE WERE   4 DIMENSION(S)
 IN THE  5 GROUPS OF SAMPLE #1 WITH SIZES 
      3  2  3  2  2
 IN THE  5 GROUPS OF SAMPLE #2 WITH SIZES 
      2  3  4  3  2
         C(I) = (n1(I)+n2(I))/(N1+N2)
 
 GROUP NUMBER  1 OF SIZES    3 AND    2 HAS AN AVERAGE DISTANCE =   2.4249627    
 GROUP NUMBER  2 OF SIZES    2 AND    3 HAS AN AVERAGE DISTANCE =   2.7690902    
 GROUP NUMBER  3 OF SIZES    3 AND    4 HAS AN AVERAGE DISTANCE =   3.4193938    
 GROUP NUMBER  4 OF SIZES    2 AND    3 HAS AN AVERAGE DISTANCE =   2.4177203    
 GROUP NUMBER  5 OF SIZES    2 AND    2 HAS AN AVERAGE DISTANCE =   5.0144148    
 
         RANDOM NUMBER GENERATOR SEED =        23
         NUMBER OF SIMULATIONS =   1000000
         RESAMPLING LOWER TAIL P-VALUE OF OBSERVED W =  0.19233000E-001
         RESAMPLING UPPER TAIL P-VALUE OF OBSERVED W =  0.98076700     
         APPROXIMATE NORMAL P-VALUE =  0.15193126E-001
         OBSERVED VALUE OF W =   3.1558570     
         EXACT MEAN OF W =   3.6254128     
         AGREEMENT MEASURE ASSOCIATED WITH WO =  0.12951789     
         APPROXIMATE STANDARDIZED STATISTIC =  -2.1650173     
         APPROXIMATE MEAN OF W =   3.6251055     
         APPROXIMATE VARIANCE OF W =  0.47038308E-001
********************************************************
SECTION 9.3, DATA SET # 2 (MULTIVARIATE)                                        
 TWO-SAMPLE MULTI-RESPONSE PERMUTATION COMPARISON                                
 INPUT HAS   12 AND   14 CASES IS SAMPLES #1 AND #2, RESPECTIVELY
 THERE WERE   4 DIMENSION(S)
 IN THE  5 GROUPS OF SAMPLE #1 WITH SIZES 
      3  2  3  2  2
 IN THE  5 GROUPS OF SAMPLE #2 WITH SIZES 
      2  3  4  3  2
         C(I) = 1/sum(1)
 
 GROUP NUMBER  1 OF SIZES    3 AND    2 HAS AN AVERAGE DISTANCE =   2.4249627    
 GROUP NUMBER  2 OF SIZES    2 AND    3 HAS AN AVERAGE DISTANCE =   2.7690902    
 GROUP NUMBER  3 OF SIZES    3 AND    4 HAS AN AVERAGE DISTANCE =   3.4193938    
 GROUP NUMBER  4 OF SIZES    2 AND    3 HAS AN AVERAGE DISTANCE =   2.4177203    
 GROUP NUMBER  5 OF SIZES    2 AND    2 HAS AN AVERAGE DISTANCE =   5.0144148    
 
         RANDOM NUMBER GENERATOR SEED =        23
         NUMBER OF SIMULATIONS =   1000000
         RESAMPLING LOWER TAIL P-VALUE OF OBSERVED W =  0.39508000E-001
         RESAMPLING UPPER TAIL P-VALUE OF OBSERVED W =  0.96049200     
         APPROXIMATE NORMAL P-VALUE =  0.35651875E-001
         OBSERVED VALUE OF W =   3.2091164     
         EXACT MEAN OF W =   3.6254128     
         AGREEMENT MEASURE ASSOCIATED WITH WO =  0.11482732     
         APPROXIMATE STANDARDIZED STATISTIC =  -1.8035374     
         APPROXIMATE MEAN OF W =   3.6254802     
         APPROXIMATE VARIANCE OF W =  0.53278880E-001
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