The algorithm can be couched either in terms of continued fractions or in terms of quadratic forms, and although there are now much more efficient factorization methods available, SQUFOF has the advantage that it is small enough to be implemented on a programmable calculator.
Although there are now much more efficient factorization methods available, SQUFOF has the advantage that it is small enough to be implemented on a programmable calculator. The algorithm can be expressed in terms of continued fractions, or in terms of quadratic forms.
The algorithm can be expressed in terms of continued fractions, or in terms of quadratic forms. Although there are now much more efficient factorization methods available, SQUFOF has the advantage that it is small enough to be implemented on a programmable calculator.
The algorithm can be expressed in terms of continued fractions, or in terms of quadratic forms. Although there are now much more efficient factorization methods available, SQUFOF has the advantage that it is small enough to be implemented on a programmable calculator.