| WIRELESS FLEXIBLE PERSONALIZED COMMUNICATIONS | COST 259 |
| Temporary Documents: Abstracts |
TD(98)012
Abstract
This contribution continues the analysis of the SFH planning problem
as discussed in [1]. The basic idea proposed there was to substitute the
C/I by a q probability of correct frame detection. A new property, associated
to every location is then defined.
In this contribution a simulated annealing optimisation is used in
order to optimise the areas where a good q is obtained. The process has
shown a number of interesting features of SFH: global optimisation tends
to be a smoother process as compared to non-SFH and local minima are not
too different, as a consequence, the optimisation process can be performed
more quickly.