Course Modules

1. RRM Overview

2. WCDMA Channels

3. Power Control

3.1. Power Setting for DL Common Channel
3.2. Open Loop Power Control
3.3. Fast Closed Loop Power Control
3.4. Outer Loop Power Control

4. Load Control

4.1. Load Control Functions
4.2. Radio Interface Load
4.2.1. Power based Radio Resource Management
4.2.2. Throughput based Radio Resource Management
4.2.3. Planning thresholds for cell loading

4. Admission Control

4.1. AC Overview
4.2. NRT bearer admission decision
4.3. UL admission control
4.4. Power allocation in UL
4.5. DL admission control
4.6. Power allocation in DL
4.7. Iub, Nb and code resource reservation
4.8. Load based AMR Codec Mode Selection

5. Packet Scheduler

6. Handover Control and Mobility

6.1. Handover Types
6.2. Intra-Frequency Handover
6.3. Inter-Frequency & Inter-System Handover
6.4. WCDMA and GSM Layer Priorities
6.5. Load & Service based Handover
6.6. Multi-Band Load Balancing MBLB

7. WCDMA – LTE Mobility

7.1. WCDMA - LTE Mobility overview
7.1.1. Inter-layer Mobility
7.1.2. 3GPP Priority Layer Concept
7.1.3. WCDMA – LTE Mobility features
7.1.4. WCDMA Cell System Information Block 19
7.1.5. S-criteria & measurement management
7.1.6. Triggers (moving UEs to LTE)
7.2. Mobility to LTE RRC_IDLE mode (RU50 features only).
7.3. Mobility to LTE RRC_CONNECTED mode (RU50 features only)

8. HSDPA RRM

9. HSUPA RRM

10. Resource Manager