In a fraction of the run time required by DETMAX, the sequential algorithm finds a design with a relative D-efficiency of 46.4009 / 46.4922 = 99.8% compared to the best design found by the DETMAX ...

The first algorithm is based on an objective space cut and bound method for solving convex FP problems and the second algorithm is based on the proposed bi-objective algorithm for solving nonlinear FP ...

The quotient-difference algorithm is applied to a given power series in a modified way, and various continued fractions provided by the algorithm are described in terms of their relationships with the ...