Abstract—In this letter, we propose a fractional move- ment-based location update scheme for Personal Communication. Service networks.

Abstract: In this letter, we propose a fractional movement-based location update scheme for personal communication service networks.

It is proved analytically that there is a unique optimal fractional movement threshold that minimizes the total cost of location updates and paging per call ...

In this letter, we propose a fractional movement-based location update scheme for personal communication service networks. Similar to the well-known ...

In this paper, we propose a novel fractional movement-based location update scheme, in which the movement threshold is a real number with a fraction instead of ...

This optimal value minimizes the total location management cost per call arrival (location update plus paging cost) and outperforms the movement based scheme.

Many dynamic location update schemes, such as the time-based, movement-based, and distance-based schemes, have been studied in the location management for ...

It has been shown that in some cases where selective paging is implemented, the optimal mean value of the set {di}, $\overline{d}$, is a real number, ...

Our study shows that the fractional movement-based scheme outperforms the pure movement-based scheme.Furthermore, we propose a hybrid location management scheme ...

Our study shows that the fractional movement-based scheme outperforms the pure movement-based scheme. Furthermore, we propose a hybrid location management ...