Smaller distances between successive paths indicate greater fidelity to a memorized path.
For every pair of successive paths, we calculated the nearest-neighbour distance (NND) from every point on the first path to its closest neighbouring point on the second path.
Furthermore, we offer a modified version of successive shortest path algorithm which is able to find the optimal place and the optimal capacity of storage tanks when they are required through the long-term programming period.
Applying a lexicographical ordering on the objective functions of derived problem, two efficient algorithms are provided to find the preemptive priority-based solution(s), namely p-successive shortest path algorithm and p-network simplex algorithm.
Open image in new window Figure 17 Successive moving paths of 5-TET with optimal inputs Open image in new window Figure 18 Optimal inputs for successive rolling of 5-TET.
In addition, each bipartite matching problem, local and global, can be solved with parallel versions of the successive shortest paths algorithm (Storøy and Sørevik, 1997).
Epitaxies are governed by a one-dimensional match which involves the interturn distance, i.e. the distance between successive outer helical paths.
One walkway begins with the Big Bang, with each successive inch of the path representing the passing of 3.6 million years.
Proteins modified at both sites form activity gradients with long plateaus that abruptly decay at successive locations along the path from the membrane to the nucleus.
