Each air terminal is assigned an "attractive radius", which is calculated as a function of its height, radius of curvature, location on the structure, structure dimensions, and a set of site, atmospheric and lightning-related parameters.
2) Vacant-carrier assignment: In a sequential manner, for every subblock, every terminal is assigned its best subcarrier.
We used the MEDUSA approach of Alfaro et al. [ 1] to test for significant diversification rate shifts in an incompletely sampled phylogeny where each terminal is assigned the total number of extant species it represents.
We describe here two different options to perform this function: 1) Best-carrier assignment: For every subblock, every terminal is assigned its best subcarrier.
If all terminals are assigned to a femtocell or all femtocells reached their maximum power-level, the algorithm ends.
In addition to the operational details of the scheme mentioned above, we assume that all the nodes operate in half duplex mode and all the transmitting terminal are assigned orthogonal channels by allocating separate time slots to the mobile station users and the relay node to transmit.
Therefore, this terminal was assigned exposure values from another terminal in the same city.
Step 3 inspects whether all terminals are assigned to femtocells or if all femtocells have reached their maximum transmission power the algorithm ends.
At Step 2, for this minimum power allocation, which corresponds to a minimum coverage, the terminals are assigned to femtocells using a variation of the RDQ-A (described at the Appendix) algorithm [19].
At Step 3 the terminals are assigned to the femtocells for this power allocation and according to the aforementioned constraints.
Galerucella terminals were assigned to species based on which host plant they were sampled as well as morphological identification.
