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6  Physical layer aspects and radio access protocols for concepts based on evolution of GSM radio technologyWord-p. 31
6.1  Overall description
6.2  Extended Coverage for GSM (EC-GSM)Word-p. 32Up
6.2.1  General
6.2.2  Downlink physical layer designWord-p. 33
6.2.3  Uplink physical layer design
6.2.4  Link layer aspects
6.2.5  Radio resource managementWord-p. 60
6.2.6  Concept evaluation
6.2.6.1  Network synchronization
6.2.6.2  EC-RACHWord-p. 79Up
6.2.6.3  Resource multiplexingWord-p. 86
6.2.6.4  Sensitivity to frequency offsetWord-p. 87
6.2.6.5  Incremental redundancy and chase combiningWord-p. 88
6.2.6.6  EC-GSM Battery Lifetime EstimationWord-p. 89
6.2.6.7  Overlaid CDMA
6.2.6.8  DL signal level measurements on FCCH
6.2.6.9  Coverage improvement target according to MCL methodologyWord-p. 101
6.2.6.10  Latency AnalysisWord-p. 103
6.2.6.11  Impact on GSM/EDGE BTS hardwareWord-p. 105Up
6.2.6.12  Device complexity evaluationWord-p. 108
6.2.6.13  System simulations for capacity and latency evaluationWord-p. 116
6.2.6.14  System capacity evaluation for software update/reconfiguration trafficWord-p. 121
6.2.6.15  System Simulations for Capacity and Latency Evaluation (source 2)
6.2.6.16  Co-existence simulations with GSM aggressor EC-GSM victimWord-p. 127
6.2.6.17  Co-existence simulations with UTRA/E-UTRA aggressor EC-GSM victimUp

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