========================
For prokyotic sequences:
========================
the 1st column: ID in Swissprot;
the 2nd column: the prediction result of binary SVM -- extra/~extra;
the 3rd column: the prediction result of binary SVM -- peri/~peri;
the 4th column: the prediction result of binary SVM -- cyto/~cyto;
the 5th column: the observed location (1 = extra; 2 = peri; 3 = cyto);
the 6th column: the predicted location (1 = extra; 2 = peri; 3 = cyto);
the 7th column: prediction result ( Y = "correct"; N = "wrong").
------------------------
Note: 1. extra, peri and cyto are short for extracellular, periplasmic and cytoplasmic, respectively.
      2. binary SVM -- extra/~extra means that the SVM trained with all of extracellular sequences
         with positive labels and all other sequences with negative labels; peri/~peri and cyto/~cyto
         have similar meanings.


========================
For eukaryotic sequences:
========================
the 1st column: ID in Swissprot;
the 2nd column: the prediction result of binary SVM -- extra/~extra;
the 3rd column: the prediction result of binary SVM -- mito/~mito;
the 4th column: the prediction result of binary SVM -- cyto/~cyto;
the 5th column: the prediction result of binary SVM -- nuclear/~nuclear;
the 6th column: the observed location (1 = extra; 2 = mito; 3 = cyto; 4 = nuclear);
the 7th column: the predicted location (1 = extra; 2 = mito; 3 = cyto; 4 = nuclear);
the 8th column: prediction result ( Y = "correct"; N = "wrong").
------------------------
Note: 1. extra, mito, cyto and nuclear are short for extracellular, mitochondria, cytoplasmic
         and nuclear, respectively.
      2. binary SVM -- extra/~extra means that the SVM trained with all of extracellular sequences
         with positive labels and all other sequences with negative labels; mito/~mito, cyto/~cyto
         and nuclear/~nuclear have similar meanings.