Status message

There is no scheduled class for this course. If you are interested in purchasing this course please click on the "Express Interest" button, fill in your contact information and submit a request for the course.
  • Course Length:
  • 0.5 day Instructor Led

Mobile Operators need to reduce manual intervention in the installation, maintenance, and performance tuning of network elements to reduce costs, avoid down-times due to human errors, and shorten deployment cycles. HetNets make this need acute and urgent. 3GPP standards have introduced features (broadly referred to Self-Organizing Networks features) since Release 8 (R8) to automate many tasks. Auto configuration related SON features include Automatic Inventory, Automatic Software Download, Automatic Neighbor Relation (ANR), and automatic PCI assignment. Optimization related SON features include Mobility Robustness Optimization (MRO), RACH Optimization, Mobility Load Balancing (MLB), ICIC, eICIC, Minimization of Drive Testing. Finally Self-healing techniques like Coverage/Capacity Optimization(CCO) & Energy Savings are useful for multi-layer, multi-RAT, and multi-vendor coordination in future deployments. This course covers SON architecture and key SON features defined in releases R8 to R12.

This is a basic overview course, primarily intended for those in system integration and test, systems engineering, operations and support, LTE network planners, Design engineers and managers.

After completing this course, the student will be able to:
• List the drivers for Self Organizing Networks
• Sketch different options for SON architecture
• Describe three solutions of SON – Self configuration, Self-Optimization and Self-healing
• Describe the need and functioning of key SON features such as
­ - Automatic Neighbor Relation (ANR),
­ - Automatic PCI Assignment,
­ - ICIC and eICIC,
­ - Mobility Load Balancing,
­ - Mobility Robustness/Handover Optimization (MRO),
­ - Coverage/Capacity Optimization (CCO),
­ - RACH Optimization,
­ - Minimization of Drive Testing (MDT), and
­ - Energy Saving Management (ESM)

1. Introduction to Self-Organizing Networks (SON)
1.1. Motivation for SON
1.2. SON Architecture
1.2.1 Centralized SON
1.2.2 Distributed SON
1.2.3 Hybrid SON
1.3 SON Solutions
1.3.1 Self Configuration
1.3.2 Self Optimization
1.3.3 Self-Healing
1.4 Roadmap for SON

2. Self-Configuration
2.1. Automatic Neighbor Relation (ANR)
2.2. Automatic PCI assignment
2.3. Inter Cell Interference Coordination
2.3.1 ICIC
2.3.2 eICIC

3. Self-Optimization
3.1. Mobility Load Balancing (MLB)
3.2. Mobility Robustness/Handover Optimization (MRO)
3.3. RACH optimization
3.4. Minimization of Drive Testing (MDT)

4. Self-Healing
4.1. Cell Outage Detection and Compensation (CODC)
4.2. Energy Saving Management (ESM)
4.3. Coverage and Capacity Optimization (CCO)

Suggested Prerequisites

Working knowledge of LTE architecture and operations

LTE Overview (e)

LTE Air Interface Signaling Overview (e)