Content for TR 45.903 Word version: 18.0.0
4 Network scenarios for SAIC evaluation
5 Interference modelling
6 SAIC Link Level Characterisation
7 SAIC system level characterization
8 SAIC field trials
9 Test considerations
10 Signalling considerations
11 Conclusions
$ Change History
4 Network scenarios for SAIC evaluation p. 8
5 Interference modelling p. 11
5.1 Introduction p. 11
5.2 Interference statistics p. 11
5.3 Synchronous link level models p. 14
5.3.1 Interferer levels p. 14
5.3.2 Delay distributions p. 16
5.3.3 Frequency offset distributions p. 17
5.4 Asynchronous link level models p. 17
5.4.1 Burst structure p. 18
5.4.2 Time-offset modelling p. 18
5.4.3 Power control p. 19
5.4.4 Phase transition p. 20
5.4.5 Guard period and power ramping p. 20
5.4.6 DTX p. 21
5.5 Summary p. 21
6 SAIC Link Level Characterisation p. 21
7 SAIC system level characterization p. 25
7.1 Introduction p. 25
7.2 Link-to-system mapping p. 26
7.3 System level simulator p. 26
7.4 System level simulation results p. 28
7.4.1 System capacity for 100% SAIC mobile penetration p. 28
7.4.1.1 Configuration 1 - unsynchronized network p. 28
7.4.1.2 Configuration 2 - synchronized network p. 28
7.4.1.3 Configuration 2 - unsynchronized network p. 29
7.4.1.4 Configuration 3 - synchronized network p. 30
7.4.1.5 Configuration 3 - unsynchronized network p. 31
7.4.1.6 Configuration 4 - unsynchronized network p. 32
7.4.2 Impact of SAIC Mobile Penetration p. 33
7.4.3 Additional results p. 37
7.5 The effect of SAIC on GPRS performance p. 40
7.6 Summary and conclusions p. 44
8 SAIC field trials p. 45
9 Test considerations p. 47
10 Signalling considerations p. 51
10.1 Logical binding of receiver performance to protocol version p. 52
10.2 Release-independent indication of receiver performance: Classmark 3 IE p. 52
10.3 Release-independent indication of receiver performance: MS Radio Access Capability IE p. 53
10.4 Summary p. 55
10.5 References p. 55
11 Conclusions p. 55
$ Change History p. 58
