This document outlines the process of cellular network planning and optimization. It discusses collecting radio network data through drive testing, analyzing network performance, and proposing solutions to issues or meet key performance indicators. The objectives of optimization are finding and correcting problems, meeting contract quality criteria, and iterative improvement of overall network quality without degrading other areas. Methodologies proposed include problem analysis, drive testing, simulation, and exporting data to map software to identify solutions.

2. CONTENTS
 Introduction
 Background
 Literature Review
 Optimization Objectives
 Proposed Methodology
 Expected Outcomes
 Discussion on Results
 Conclusion
 Reference

3. SYNOPSIS
 In this presentation, you will learn how the GSM
network planning is done.
 Drive testing to gather radio statistics
 Analyze the network performance
 Proposed solutions to resolve issue or meet KPI
benchmark

4. MOTIVATION
 Challenging area of research
 Comprehensive knowledge on the subject
 Day-to-day learning

5. LITERATURE REVIEW

6. PLANNING & OPTIMIZATION RELATIONSHIP
Planning Optimization
Implementation
Site survey
Capacity
Evaluate
Coverage
Frequency
interference Optimization
Parameter
design

7. PLANNING NETWORK EVALUATION PATH
1. Basic coverage deployment
2. The first capacity extensions
and coverage enhancement
deployment (indoor coverage)
3. Intelligent capacity
enhancement deployment
with strong indoor coverage
improvement
4. Base station coverage area
splitting/microcellular/dual
band deployment, to further
improve
coverage/capacity/quality

8. PLANNING STEPS
Frequency
Coverage LAC
Interference
Propagation
Capacity Channel
Neighbor cell
Site survey
Coverage Parameter
E-map

9. DATA COLLECTION
 Data of network plan
 Network basic information collection
Let’s begin!  The base of network plan and optimization
 The engineering survey data of new sites
 Confirm the network plan information.
 The Engineering data of the current network
 Understand the current network .
 The configuration NMS data.
 Understand the current network configuration.
Collection of various performance reports of the
currently deployed network.
 Subscribers’ complain
 The supplement information showing the
network quality.

10. RF OPTIMIZATION
Quality
Optimizatio
n
Cost Resources

11. OPTIMIZATION OBJECTIVES
 Finding and correcting any existing problems after site
implementation and integration.
 Meeting the network quality criteria agreed in the contract.
 Optimization will be continuous and iterative process of
improving overall network quality.
 Optimization can not reduce the performance of the rest
of the network.
 Area of interest is divided in smaller areas called clusters
to make optimization and follow up processes easier to
handle.

12. PROPOSED METHODOLOGY
 Problem Analysis
 Conduct Drive testing
 Gather statistics
 Subject to investigage (Faulty TRX, Coverage
overlaps, drop calls, capacity & interference
issues)
 Simulate real-time scenario on TEMS (after
DT)
 Export into MAPInfo to check cell overshoot
coverage, etc
 Propose solution

13. EXPECTED OUTCOMES
 Good signal coverage at macro and micro
sites
 Rx Quality level should be good
 No interference issue

14. DISCUSSION ON RESULTS

15. INTERNATIONAL ARRIVAL LOUNGE RXLEVEL IDLE

16. INTERNATIONAL ARRIVAL LOUNGE CELL ID IDLE MODE

17. INTERNATIONAL ARRIVAL LOUNGE RX-QUALITY

18. AVARI RXLEVEL IDLE

19. AVARI CELL ID IDLE MODE

20. AVARI RX-QUALITY

21. MOBILE MARKET SADDAR (9574) RXLEVEL IDLE

22. MOBILE MARKET SADDAR (9574) CELL ID IDLE MODE

23. MOBILE MARKET SADDAR (9574) RX QUALITY

24. MAPINFO SNAPSHOTS

25. MAPINFO SNAPSHOTS

26. CONCLUSION
• Satisfactory coverage and quality were found
• In most of the location, additional walk test
has been carried out where Operator hasn’t
deployed micro layer
• Macro sites should provide coverage to
mobile users located in open environment