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A user may simultaneously be connected to multiple BS’s in CDMA based systems (soft handover). Si...

While the BS output power and the outage ratio is likely to be calculated for a single CDMA cell,...

The main goal of the downlink power control in SEAMCAT is to calculate the total BS output power ...

Performance characteristics of individual links to be used in the power control module of SEAMCAT...

Figure 193 presents the dependency between the condition of a user in the network (the so called ...

Power control is a crucial mechanism in CDMA mobile radio networks, which needs to be modeled in ...

See section ‎7.5, common to CDMA and OFDMA on the positioning of BSs and MSs.

You can choose the suitable propagation model to be applied when calculating signal loss along th...

The capacity of the simulated system (i.e. how many mobiles per cell should be generated in the s...

This panel is available only if CDMA DL selected.   Table 30: CDMA DL input parameters for the po...

This is only available if CDMA UL selected.   Table 29: CDMA UL input parameters for the...

This content of this panel depends whether CDMA system is a victim or an interfering system.  If ...

This content of this panel depends whether CDMA system is a victim or an interfering system. If t...

You can choose the suitable indoor and outdoor ratio for the mobile station to be used by the pro...

Table 27: CDMA general settings input parameters Description Symbol Type Unit Comm...

The General settings tabsheet contains a range of CDMA system parameters as well as some paramete...

You can enter the frequency. The frequency value is overwritten at the “Scenario” tab level.  Tab...

You can name and write some description of the CDMA system you want to simulate. It is the same l...

Whether you want to simulate CDMA UL (uplink) or CDMA DL (downlink), you can import from the syst...

SEAMCAT allows the simulation of cellular networks employing Code Division Multiple Access modula...