Sentence examples for optimizing travel from inspiring English sources

Optimizing travel requires balancing speed with simplicity and flexibility.

The money will help Steinberg grow the team from its current four-person headcount, and tackle the engineering challenges involved in optimizing travel.

Other parameters contribute to the neighborhood definition: generally the most influential parameter is the number of nearest neighbors, complemented by a distance decay function and a weight [ 33]. Figure 5a shows the connectivity defined by the Euclidean metric, while Figure 5b corresponds to the Minkowski metric optimizing travel time (p = 1.31).

But, believe it or not, some of the goals are the same: to optimize travel time and cost and to mitigate risk.

Some of the logistics work Kohli is using is borrowed from his time in the food logistics space, like splitting cities into zones to optimize travel time and ensure that there's enough work for housecleaners to do.

A numerical sub-gradient-based algorithm with SH as a subroutine (NG-SH) is proposed to simultaneously optimize travel time, a surrogate safety measure, and fuel consumption for a stream of vehicles on a signalized highway section.

Instead, it tackles complex challenges such as helping FCMGs optimize travel for their management — the key focus being on spending as much time in stores for meetings — or helping organizations move large orders by figuring out how many trucks are needed, which routes are optimal, etc. Co-founder and CEO Rastogi described the role as that of "chief supply chain officer".

"Companies are traveling more, there is no doubt, but corporations are still cost-conscious and are still interested in optimizing their travel dollars and controlling their travel spend," said Mr. Dubin, of American Express.

Are my competitors going to gain the edge by optimizing their travel?

All five bees selected the shortest route starting with the most rewarding flower as their trapline (used in 30 ± 4·18% of foraging bouts, n=5), thus optimizing both travel distance and initial rate of reward intake (Fig. 5).

In contrast with results from experiments 1 and 2, bees remained consistent and used the same trapline in both phase 1 and 2 (in 43 ± 8·89% of foraging bouts, n=5), thus optimizing overall travel distances rather than initial rate of reward intake (Fig. 5).