(deftable lqn s_scanMRTD s_readPKCertData s_sendGetTravInfo s_sendStoreMatchBiom s_sendIdentifyBiom s_captureFingerprint s_captureFaceImage s_readLookupData s_readPictureData s_readWriteBiomData s_readWatchlistData s_reviewDocs s_processInspectionData s_reviewDocs2 s_processInspectionData2 s_automatedChecks_A5 s_automatedChecks_A6 $#COST $#TIME)
(! 0.2368 0.006513 0.0118 0.0369 0.0094 10 5 0.00595 0.006 0.00637 20.414 18 3 250 12 0.003 0.007 56.0133 36.5603)
(! 0.2368 0.006517 0.0118 0.0369 0.0074 11 7 0.00595 0.005 0.00737 24.414 18 3 250 12 0.005 0.005 49.0153 39.2136)
(! 0.2368 0.006513 0.0118 0.0289 0.0114 11 5 0.00595 0.006 0.00837 20.414 18 5 250 14 0.007 0.005 51.0153 39.393)
(! 0.2368 0.006517 0.0178 0.0289 0.0114 11 2 0.00595 0.007 0.00837 22.414 18 3 250 12 0.006 0.003 56.0113 35.3299)
(! 0.2368 0.006513 0.0118 0.0369 0.0094 10 3 0.00595 0.005 0.00737 28.414 18 5 250 10 0.005 0.006 50.0123 37.2776)
(! 0.2368 0.006513 0.0178 0.0369 0.0094 7 7 0.00795 0.006 0.00537 26.414 18 5 250 8 0.005 0.005 53.0063 37.8409)
(! 0.2368 0.006517 0.0068 0.0349 0.0114 13 2 0.00595 0.006 0.00637 24.414 18 4 250 6 0.004 0.004 57.0203 37.7393)
(! 0.2368 0.006513 0.0178 0.0329 0.0074 10 7 0.00595 0.007 0.00737 22.414 18 4 250 14 0.007 0.005 49.0093 39.2817)
(! 0.2368 0.006513 0.0178 0.0369 0.0114 11 5 0.00395 0.005 0.00837 22.414 18 5 250 8 0.004 0.007 55.0053 39.3967)
(! 0.2368 0.006517 0.0118 0.0309 0.0094 7 5 0.00795 0.006 0.00837 24.414 18 3 250 6 0.007 0.006 61.0123 34.4298)
(! 0.2368 0.006517 0.0178 0.0329 0.0074 10 5 0.00795 0.005 0.00437 22.414 18 6 250 10 0.007 0.003 53.0143 39.6137)
(! 0.2368 0.006513 0.0178 0.0369 0.0094 13 3 0.00595 0.007 0.00837 26.414 18 4 250 10 0.005 0.003 50.0063 38.4869)
(! 0.2368 0.006513 0.0118 0.0349 0.0094 13 8 0.00595 0.005 0.00637 26.414 18 5 250 12 0.007 0.004 42.0153 44.2245)
(! 0.2368 0.006513 0.0178 0.0329 0.0094 13 7 0.00795 0.007 0.00837 26.414 18 7 250 8 0.007 0.003 45.0063 45.4142)
(! 0.2368 0.006513 0.0068 0.0309 0.0074 10 2 0.00795 0.006 0.00837 26.414 18 5 250 12 0.005 0.003 51.0243 36.6352)
(! 0.2368 0.006513 0.0178 0.0349 0.0114 10 7 0.00395 0.007 0.00537 26.414 18 6 250 10 0.003 0.006 47.0103 41.3394)
(! 0.2368 0.006513 0.0178 0.0369 0.0094 7 5 0.00395 0.005 0.00437 28.414 18 7 250 12 0.004 0.006 47.0123 38.4856)
(! 0.2368 0.006513 0.0068 0.0369 0.0114 11 2 0.00795 0.005 0.00637 22.414 18 7 250 6 0.003 0.004 58.0183 39.3775)
(! 0.2368 0.006513 0.0178 0.0329 0.0074 7 2 0.00595 0.006 0.00437 24.414 18 5 250 12 0.005 0.003 56.0173 34.4578)
(! 0.2368 0.006513 0.0118 0.0289 0.0094 9 3 0.00795 0.005 0.00637 24.414 18 6 250 14 0.007 0.003 50.0203 37.5694)
(! 0.2368 0.006517 0.0178 0.0309 0.0074 7 3 0.00395 0.007 0.00737 28.414 18 7 250 10 0.005 0.004 51.0163 37.1246)
(! 0.2368 0.006517 0.0178 0.0369 0.0094 11 2 0.00395 0.005 0.00537 24.414 18 6 250 12 0.003 0.005 51.0133 38.3692)
(! 0.2368 0.006517 0.0068 0.0329 0.0094 7 7 0.00395 0.005 0.00737 20.414 18 7 250 14 0.003 0.006 51.0253 39.8753)
(! 0.2368 0.006513 0.0068 0.0329 0.0114 10 7 0.00395 0.005 0.00437 20.414 18 5 250 6 0.003 0.003 58.0293 40.2768)
(! 0.2368 0.006513 0.0118 0.0329 0.0074 7 7 0.00595 0.007 0.00537 26.414 18 7 250 12 0.005 0.007 47.0173 39.8835)
(! 0.2368 0.006517 0.0178 0.0289 0.0094 7 8 0.00595 0.006 0.00437 22.414 18 3 250 12 0.004 0.006 54.0173 36.5074)
(! 0.2368 0.006513 0.0118 0.0349 0.0094 10 8 0.00795 0.005 0.00437 20.414 18 7 250 10 0.006 0.005 51.0153 43.3537)
(! 0.2368 0.006517 0.0178 0.0289 0.0094 9 5 0.00795 0.005 0.00437 22.414 18 5 250 10 0.003 0.004 55.0193 37.8731)
(! 0.2368 0.006513 0.0178 0.0329 0.0114 10 5 0.00595 0.005 0.00837 22.414 18 7 250 12 0.007 0.005 50.0063 40.6488)
(! 0.2368 0.006513 0.0178 0.0329 0.0094 13 5 0.00795 0.006 0.00537 24.414 18 7 250 14 0.005 0.007 43.0083 43.4582)
(! 0.2368 0.006513 0.0068 0.0329 0.0094 10 3 0.00395 0.005 0.00737 22.414 18 7 250 10 0.006 0.007 54.0213 39.3048)
(! 0.2368 0.006517 0.0178 0.0309 0.0074 9 7 0.00395 0.005 0.00737 26.414 18 5 250 8 0.007 0.006 51.0143 39.3351)
(! 0.2368 0.006517 0.0068 0.0329 0.0074 10 7 0.00795 0.006 0.00537 20.414 18 3 250 8 0.006 0.004 58.0233 38.2394)
(! 0.2368 0.006517 0.0118 0.0369 0.0074 11 7 0.00595 0.007 0.00637 20.414 18 4 250 14 0.004 0.007 50.0133 40.2417)
(! 0.2368 0.006517 0.0178 0.0309 0.0114 7 2 0.00395 0.006 0.00437 26.414 18 7 250 12 0.006 0.007 52.0123 36.4765)
(! 0.2368 0.006517 0.0068 0.0309 0.0114 10 5 0.00795 0.006 0.00837 26.414 18 7 250 14 0.004 0.005 44.0193 40.6458)
(! 0.2368 0.006517 0.0118 0.0369 0.0074 9 8 0.00795 0.005 0.00537 20.414 18 5 250 12 0.006 0.007 52.0123 40.289)
(! 0.2368 0.006513 0.0178 0.0349 0.0074 9 2 0.00595 0.005 0.00437 24.414 18 6 250 8 0.004 0.007 57.0133 36.9279)
(! 0.2368 0.006513 0.0068 0.0349 0.0114 10 2 0.00395 0.007 0.00637 22.414 18 4 250 8 0.005 0.004 60.0203 35.618)
(! 0.2368 0.006513 0.0068 0.0349 0.0094 10 8 0.00795 0.006 0.00537 24.414 18 7 250 6 0.007 0.003 51.0193 43.3479)
(! 0.2368 0.006513 0.0178 0.0309 0.0094 10 8 0.00595 0.007 0.00737 24.414 18 7 250 8 0.007 0.003 49.0113 43.3579)
(! 0.2368 0.006517 0.0068 0.0329 0.0094 7 3 0.00395 0.006 0.00737 20.414 18 3 250 8 0.003 0.007 65.0233 33.0807)
(! 0.2368 0.006513 0.0118 0.0329 0.0114 7 3 0.00595 0.007 0.00537 26.414 18 6 250 6 0.006 0.004 58.0153 36.1049)
(! 0.2368 0.006517 0.0118 0.0309 0.0074 11 7 0.00595 0.005 0.00437 20.414 18 6 250 12 0.007 0.004 50.0233 42.3113)
(! 0.2368 0.006517 0.0118 0.0329 0.0074 10 7 0.00795 0.005 0.00537 20.414 18 5 250 8 0.005 0.003 56.0213 40.2898)
(! 0.2368 0.006517 0.0118 0.0309 0.0114 13 8 0.00795 0.005 0.00537 24.414 18 6 250 12 0.007 0.007 43.0133 45.3123)
(! 0.2368 0.006513 0.0178 0.0369 0.0074 13 8 0.00595 0.006 0.00637 22.414 18 5 250 12 0.007 0.003 46.0093 44.2286)
(! 0.2368 0.006517 0.0068 0.0289 0.0094 10 8 0.00595 0.005 0.00437 28.414 18 4 250 12 0.003 0.003 44.0333 40.2074)
(! 0.2368 0.006513 0.0178 0.0369 0.0074 9 5 0.00395 0.005 0.00637 20.414 18 4 250 10 0.005 0.005 58.0123 36.8632)
(! 0.2368 0.006513 0.0068 0.0309 0.0094 13 3 0.00795 0.005 0.00737 26.414 18 5 250 14 0.007 0.007 45.0183 39.5037)
(! 0.2368 0.006517 0.0068 0.0329 0.0074 9 2 0.00595 0.007 0.00637 22.414 18 4 250 14 0.003 0.005 55.0253 34.9076)
(! 0.2368 0.006517 0.0118 0.0349 0.0114 11 2 0.00395 0.006 0.00537 22.414 18 7 250 6 0.003 0.004 58.0193 39.3771)
(! 0.2368 0.006513 0.0118 0.0349 0.0074 9 5 0.00795 0.006 0.00437 24.414 18 4 250 12 0.006 0.004 52.0173 36.8652)
(! 0.2368 0.006513 0.0118 0.0329 0.0074 11 3 0.00795 0.007 0.00737 24.414 18 4 250 6 0.006 0.007 58.0123 36.9704)
(! 0.2368 0.006513 0.0178 0.0329 0.0114 7 5 0.00795 0.006 0.00637 24.414 18 3 250 8 0.003 0.007 59.0073 34.4339)
(! 0.2368 0.006517 0.0178 0.0329 0.0094 13 2 0.00795 0.005 0.00437 20.414 18 3 250 10 0.004 0.005 58.0133 36.7332)
(! 0.2368 0.006513 0.0068 0.0329 0.0094 7 3 0.00595 0.005 0.00737 24.414 18 3 250 14 0.004 0.005 55.0233 33.0907)
(! 0.2368 0.006513 0.0068 0.0309 0.0114 7 5 0.00795 0.007 0.00737 24.414 18 5 250 8 0.006 0.005 57.0173 36.4436)
(! 0.2368 0.006513 0.0178 0.0289 0.0094 7 2 0.00395 0.005 0.00637 26.414 18 3 250 10 0.003 0.006 58.0193 32.4466)
(! 0.2368 0.006517 0.0118 0.0349 0.0114 13 5 0.00595 0.007 0.00537 24.414 18 6 250 6 0.006 0.004 52.0133 42.3824)
(! 0.2368 0.006517 0.0068 0.0329 0.0074 11 7 0.00795 0.005 0.00437 24.414 18 3 250 14 0.007 0.005 47.0233 39.2089)
(! 0.2368 0.006513 0.0068 0.0349 0.0094 13 3 0.00795 0.006 0.00837 26.414 18 6 250 10 0.006 0.004 48.0163 40.5296)
(! 0.2368 0.006517 0.0178 0.0309 0.0094 9 8 0.00795 0.006 0.00437 22.414 18 4 250 12 0.004 0.003 51.0163 39.2573)
(! 0.2368 0.006517 0.0068 0.0349 0.0114 10 5 0.00395 0.005 0.00537 28.414 18 5 250 8 0.006 0.007 50.0193 38.5874)
(! 0.2368 0.006513 0.0178 0.0289 0.0074 13 8 0.00795 0.006 0.00637 22.414 18 6 250 6 0.006 0.004 51.0153 45.3045)
(! 0.2368 0.006517 0.0068 0.0349 0.0114 9 5 0.00395 0.007 0.00537 28.414 18 6 250 6 0.003 0.006 52.0213 38.8894)
(! 0.2368 0.006517 0.0118 0.0289 0.0094 11 5 0.00795 0.007 0.00537 26.414 18 3 250 12 0.004 0.004 49.0213 37.3533)
(! 0.2368 0.006513 0.0118 0.0349 0.0114 11 8 0.00595 0.006 0.00837 26.414 18 4 250 10 0.006 0.003 47.0123 41.1884)
(! 0.2368 0.006517 0.0178 0.0289 0.0114 9 2 0.00795 0.007 0.00737 24.414 18 7 250 14 0.006 0.004 50.0093 37.9493)
(! 0.2368 0.006513 0.0068 0.0309 0.0094 9 5 0.00395 0.006 0.00637 24.414 18 3 250 10 0.006 0.003 55.0273 35.8452)
(! 0.2368 0.006513 0.0178 0.0329 0.0114 10 5 0.00595 0.005 0.00737 20.414 18 3 250 14 0.005 0.005 54.0093 36.5641)
(! 0.2368 0.006513 0.0118 0.0309 0.0074 13 5 0.00795 0.006 0.00437 26.414 18 6 250 6 0.005 0.004 50.0223 42.3793)
(! 0.2368 0.006517 0.0118 0.0309 0.0114 9 2 0.00395 0.006 0.00637 20.414 18 7 250 6 0.004 0.005 62.0203 37.9304)
(! 0.2368 0.006517 0.0178 0.0289 0.0114 9 5 0.00595 0.005 0.00737 22.414 18 3 250 8 0.007 0.006 59.0103 35.8505)
(! 0.2368 0.006517 0.0118 0.0329 0.0074 9 7 0.00795 0.005 0.00437 26.414 18 5 250 6 0.004 0.005 53.0213 39.326)
(! 0.2368 0.006517 0.0178 0.0309 0.0074 13 7 0.00595 0.007 0.00437 24.414 18 3 250 6 0.004 0.003 53.0193 41.1359)
(! 0.2368 0.006517 0.0178 0.0289 0.0114 13 3 0.00395 0.005 0.00537 24.414 18 3 250 10 0.006 0.005 53.0163 37.4585)
(! 0.2368 0.006513 0.0178 0.0309 0.0114 7 7 0.00795 0.005 0.00637 22.414 18 5 250 12 0.003 0.004 53.0133 37.8371)
(! 0.2368 0.006513 0.0068 0.0329 0.0094 9 5 0.00795 0.006 0.00737 28.414 18 5 250 6 0.004 0.004 53.0213 37.8714)
(! 0.2368 0.006513 0.0118 0.0329 0.0094 7 8 0.00795 0.006 0.00737 28.414 18 5 250 14 0.003 0.007 44.0143 38.5461)
(! 0.2368 0.006513 0.0068 0.0329 0.0114 9 5 0.00595 0.005 0.00737 22.414 18 6 250 10 0.006 0.004 54.0203 38.8901)
(! 0.2368 0.006513 0.0178 0.0309 0.0094 11 8 0.00595 0.007 0.00537 24.414 18 5 250 14 0.005 0.003 44.0153 42.2355)
(! 0.2368 0.006517 0.0178 0.0289 0.0114 11 8 0.00595 0.007 0.00437 22.414 18 7 250 12 0.004 0.007 46.0133 44.3616)
(! 0.2368 0.006517 0.0178 0.0329 0.0074 9 3 0.00795 0.005 0.00837 20.414 18 7 250 6 0.005 0.004 61.0113 38.5807)
(! 0.2368 0.006513 0.0178 0.0289 0.0114 9 2 0.00795 0.006 0.00437 26.414 18 6 250 12 0.007 0.004 51.0123 36.9323)
(! 0.2368 0.006513 0.0118 0.0309 0.0094 7 8 0.00595 0.005 0.00537 26.414 18 7 250 10 0.006 0.005 48.0203 40.5886)
(! 0.2368 0.006513 0.0178 0.0349 0.0114 13 5 0.00595 0.006 0.00537 24.414 18 5 250 8 0.007 0.003 51.0083 41.3431)
(! 0.2368 0.006517 0.0118 0.0329 0.0094 11 7 0.00595 0.006 0.00737 22.414 18 4 250 10 0.006 0.005 52.0153 40.2348)
(! 0.2368 0.006517 0.0178 0.0289 0.0094 7 3 0.00395 0.007 0.00737 24.414 18 7 250 8 0.005 0.007 57.0133 37.1199)
(! 0.2368 0.006517 0.0068 0.0329 0.0094 9 8 0.00795 0.006 0.00437 28.414 18 5 250 10 0.003 0.007 46.0223 40.2816)
(! 0.2368 0.006513 0.0178 0.0329 0.0114 9 8 0.00595 0.007 0.00537 20.414 18 6 250 6 0.006 0.004 57.0093 41.3162)
(! 0.2368 0.006517 0.0068 0.0349 0.0074 10 2 0.00595 0.005 0.00737 24.414 18 7 250 10 0.007 0.004 53.0213 38.6644)
(! 0.2368 0.006517 0.0178 0.0349 0.0094 13 7 0.00595 0.006 0.00837 22.414 18 3 250 6 0.005 0.004 55.0083 41.1425)
(! 0.2368 0.006513 0.0068 0.0369 0.0074 13 2 0.00795 0.006 0.00837 20.414 18 7 250 8 0.006 0.005 56.0153 40.8181)
(! 0.2368 0.006517 0.0068 0.0369 0.0074 9 7 0.00595 0.007 0.00837 26.414 18 7 250 14 0.005 0.007 43.0153 41.4054)
(! 0.2368 0.006517 0.0068 0.0289 0.0074 10 7 0.00595 0.006 0.00837 28.414 18 5 250 6 0.007 0.004 50.0253 40.2898)
(! 0.2368 0.006517 0.0118 0.0309 0.0114 7 3 0.00595 0.006 0.00737 22.414 18 7 250 10 0.005 0.005 57.0163 37.1173)
(! 0.2368 0.006517 0.0068 0.0349 0.0094 10 5 0.00595 0.007 0.00837 26.414 18 3 250 14 0.007 0.003 48.0173 36.5648)
(! 0.2368 0.006513 0.0118 0.0329 0.0094 7 2 0.00395 0.006 0.00637 28.414 18 3 250 12 0.003 0.004 54.0223 32.4487)
(! 0.2368 0.006513 0.0068 0.0329 0.0094 9 3 0.00795 0.007 0.00437 28.414 18 4 250 12 0.006 0.005 50.0203 35.5471)