In this section, an algorithm for the automatic planning of the nominal power, P 0, and maximum UL cell load, U UL, on a cell basis is presented.
The self-planning algorithm determines the maximum uplink cell load, U UL, and the nominal PUSCH power parameter in FPC, P 0. Full path-loss compensation is assumed in this work (i.e., FPC parameter α is fixed to 1), as implemented in most first vendor releases.
At high Pt loading, the cell performance is not as sensitive to the Pt loading, and the ordered structures must be carefully optimized to obtain the maximum cell performance.
Considering a maximum value of the outage probability, we first characterize cell breathing; that is, the fact that cell coverage decreases when the cell load increases.
XMAX: Maximum cell mass produced.
However, 3 × 10 cells/10 ml produced a homogeneous multi-cellular tissue-like spheroid around the porous gelatin core We further characterized the length of time required to maximum spheroid size and cell loading.
Firstly, the MG approach achieves an average sum rate which is very close to the maximum value achieved by ES, over a wide range of cell loads.
Lower cell loads, such as 30 and 70%, correspond, respectively, to 30 and 70% of the maximum number of supportable UEs.
Our results show that maximum spheroid loading was achievable by 3 days with a mean of 3.67 × 10cells per spheroid, representing 12% efficacy in cell loading.
