One measurement as a maximum on each BA list carrier every second. Moreover, the recommendation gives the following constraints:Īt least one measurement on each neighbor cell every 4 seconds Table 5.10: Cell Reselection Measurement Periods Table 5.10 gives the period for the running average. Thus the average running for cell reselection measurements is equal to 5s for all these SPLIT_PG_CYCLE values. When SPLIT_PG_CYCLE is greater or equal to 16, the paging occurrence becomes lower than 1s.

Where 0.240s is the time duration of a 52-multiframe.Īs the range of SPLIT_PG_CYCLE values is between 1 and 352, the occurrence of a paging block lies between 0.0436s and 15.36s. This case study concerns SPLIT_PG_CYCLE only for the 52-multiframe, not the 51-multiframe. Measurements on the serving cell and on neighbor cells for the cell-reselection algorithm īSIC decoding on each of the six best neighbor cells.Īs will be shown in the next sections, the paging recurrence has an impact on the two last actions listed above. Paging decoding according to DRX parameters

The SPLIT_PG_CYCLE directly impacts the following actions performed by the MS in packet idle mode: This parameter is positioned by the MS during the GPRS attach procedure and is not negotiated between the MS and the network. The parameter SPLIT_PG_CYCLE indicates the paging occurrence of a paging subchannel within a 52-multiframe or 51-multiframe in DRX mode for GPRS services. The goal of this section is to show the impact of the SPLIT_PG_CYCLE value on paging occurrence, on the strategy to perform measurements and BSIC decoding on neighbor cells, and on power saving management for the MS. 5.8.1 Determination of SPLIT_PG_CYCLE Value

Multislot class in gprs