Figure 17 (a-b) Precision (a, top) and code index (b, bottom) of top classifications of 12 organisms obtained by best of Codes 1-16 (dark blue), Code 10 (light blue), Code 13 (yellow), and Code 17 (red).
Figure 8 (a-b) Precision (a, top) and code index (b, bottom) of top classifications of 13 long sequence sets obtained by best of Codes 1-16 (dark blue), Code 10 (light blue), Code 13 (yellow), and Code 17 (red).
Figure 6 (a-b) Precision (a, top) and code index (b, bottom) of top classifications of 13 short sequence sets obtained by best of Codes 1-16 (dark blue), Code 10 (light blue), Code 13 (yellow), and Code 17 (red).
Figure 9 (a-c) WL index (a, top), threshold index (b, middle), and threshold value (c, bottom) of top classifications of 13 long sequence sets obtained by best of Codes 1-16 (dark blue), Code 10 (light blue), Code 13 (yellow), and Code 17 (red).
Figure 18 (a-c) WL index (a, top), threshold index (b, middle), and threshold value (c, bottom) of top classifications of 12 organisms obtained by best of Codes 1-16 (dark blue), Code 10 (light blue), Code 13 (yellow), and Code 17 (red).
Figure 7 (a-c) WL index (a, top), threshold index (b, middle), and threshold values (c, bottom) of top classifications of 13 short sequence sets obtained by best of Codes 1-16 (dark blue), Code 10 (light blue), Code 13 (yellow), and Code 17 (red).
(b) The window length of 9 bases yields 7 top classifications; the window length of 15 bases yields 2 top classifications; and for the window length equals to the sequence length, 4 top classifications are obtained.
(b) The window length of 9 bases yields 5 top classifications; the window length of 15 bases yields 4 top classifications; and for window length equals to 24 bases, 3 top classifications are obtained.
Figures 6 a-b) and 7 (a-c) plots the top classifications obtained using each of the thirteen untrained sub-sets of 3335 exon sequences and 3335 intron sequences of the short sequence group I. Figure 6 a-b top) displand a total of 13 × 4 precision values obtained using the thirteen sequence sets in thirteen combined columns with each combined column consists of four sub-columns of precision values.
Figures 8 a-b) and 9 (a-c) plots the top classifications obtained using each of the thirteen untrained sub-sets consisting of 1146 exon sequences and 1146 intron sequences of the long sequence group I.
The top classification results of Codes 1-16 are compared to those obtained by the Code 17 [17] (as described in Section 2.1).
