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Plan, Design & Optimisation of 3G, 4G & 5G Technology (3 days)

Course Content

Day 1

  1. Introduction to 4G Technology
  2. Simulation tools used in 4G Technology in system level, link level. (matlab)
  3. Relay Architecture and NODES
  4. MIMO Enhancement in LTE Advanced
  5. Recent technological developments in LTE Advanced Test Trials and techniques
  6. Data on Carrier Aggregation with transfer speed surpassing 20MHZ and up to 100MHZ
  7. Heterogeneous system arranging of blended extensive and little cells blended by utilizing Relay Node
  8. Advantages of Multi-antenna techniques to boost peak throughput in excess of 3Gbit/s
  9. Advanced Multicellular Coordination
  10. Energy Saving and Optimisation Techniques
  11. Affirmation of every significant highlight of the centre and interface
  12. Specific aspects such as Security
  13. VoLTE Call Flow, Procedures and Connectivity
  14. Multiple Bearer Setup and QoS
  15. GBR features
  16. SIP Registration and Procedures including Registration and Emergency calls
  17. Mobility, Roaming and Handover
  18. Multiple Messaging Services and Sessions including Authentication

 

Day 2

  1. Overview of emerging landscape for 5G
    1. Motivation for 5G
    2. Identification of key research directions
  2. Energy efficiency in 5G and Energy Cost evaluation framework
    1. Metrics for efficiency
    2. Evaluation framework
    3. How to increase energy efficiency
  3. SON as key enabler for 5G
    1. SON in context of cellular networks?
    2. Technique and saving potential
    3. Framework
    4. How “Big Data” can Empower SON?
  4. Role of Hetnets in 5G networks
    1. Understanding two tier HetNets
    2. Green coverage expansion technologies
    3. Performance analysis approaches
  5. Backhaul for 5G
    1. Wired & Wireless
  6. Antenna Design for 5G
    1. Basic parameters of Antenna
    2. Antenna
      1. Design
      2. Types
      3. Analysis Tools
      4. Usage
    3. Multi-band Antenna design for 5G
    4. Features Of 5G:
      1. Advanced billing,
      2. Broadcasting of data
    5. Integration of Voice over IP (VoIP) and G technology

 

Day 3

  1. Site Survey with iBwave VIEWER (Hands-on exercises included throughout this session)
    1. Open the Mobile Planner project in iBwave Viewer
    2. Create a project, floor plan and zones
    3. Understand and Select the default type of environment
    4. Integration of the with wired network including macro cells
    5. The measurement  techniques of Wi-Fi links and its Radio Frequency measurements
    6. Draw on floor plans and create annotations
    7. Demo – review a project in iBwave Viewer including the cost of the design
  2. Generate
    1. Propagation maps for expected RSRP, RSCP, RSSI, throughput and handoff
    2. Wi-Fi survey interpolation maps and Use SSID and Channel filters to analyse Wi-Fi coverage
  3. Open discussion where we will also compare other tools and discuss which tool is better