69. The method of claim 68 , wherein the step of retrieving the dual SSM Matrix generated from the first sequence and a second sequence (D(S″, S′)) comprises the step of retrieving all of the dual SSM Matrices generated from the first sequence and each of the other n−1 sequences (D(S″, S′), D(S′″, S′), D(S″″, S′), . . . , D(S n , S′)), and wherein the step of extracting the second sequence (S″) from the dual SSM Matrix (D(S″, S′)) and a first histogram vector (h′) of the first sequence (S′) comprises the step of extracting each of the other n−1 sequences (S″ . . . , S n ) from each of the n−1 dual SSM Matrices (D(S″, S′), D(S′″, S′), D(S″″, S′), . . . , D(S n , S′)) and a first histogram vector (h′) of the first sequence (S′).
70. The method of claim 69 , further comprising the step of utilizing a separate processing unit to perform the steps of extracting each of the n−1 sequences (S″ . . . S n ) from each of the n−1 dual SSM Matrices (D(S″, S′), D(S′″, S′), D(S″″, S′), . . . , D(S n , S′)) and a first histogram vector (h′) of the first sequence (S′).