The document outlines the steps for network planning and optimization using Atoll software, including importing geometrical data, clutter classes, vectors, site data, and transmitters. It describes creating propagation models for different clutter types, predicting coverage through signal level, calculating overlapping zones, assigning BCCH frequencies, and predicting C/I values. The steps conclude with analyzing planned data against field data imported from a drive test to evaluate network performance.

1. SRI SUKHMANI INSTITUTE OF
ENGINEERING AND TECHNOLOGY
PRESENTATION ON
NETWORK PLANNING AND
OPTIMIZATION
SUBMITTED BY:
PREETI BUDHIRAJA
ROLL NO:81201108079

2. NETWORK PLANNING AND
OPTIMIZATION

3. NETWORK PLANNING AND
OPTIMIZATION USING ATOLL

4. CREATING PROJECT

5. CHOOSING TECHNOLOGY

6. PROJECTION AND DISPLAY

7. SELECT PROJECTION AND DATUM

8. IMPORTING GEOMETRICAL DATA

9. CLUTTER CLASSES

10. AFTER IMPORTING CLUTTER CLASSES

11. CLUTTER HEIGHTS

12. AFTER IMPORTING CLUTTER
CLASSES

13. VECTORS

14. AFTER IMPORTING VECTORS

15. HOTSPOTS/PLACES

16. IMPORTING SITE DATA

17. AFTER IMPORTING DATA

18. IMPORTING TRANSMITTERS

19. SHOWING TRANSMITTERS OF
DIFFERENT SITES

20. PROPAGATION MODELS

21. CREATING PROPAGATION MODELS
FOR DIFFERENT CLUTTERS

22. FOR SUB URBAN

23. CHANGING PARAMETERS

24. ENTERING CLUTTER LOSSES

25. COVERAGE PREDICTION

26. TAKING PREDICTION BY SIGNAL LEVEL

27. SETTING LEGENDS

28. CALCULATING COVERAGE

29. SHOWING COVERAGE PLOT

30. PREDICTION FOR OVERLAPPING ZONES

31. CALCULATING OVERLAPPING ZONES

32. PREDICTION OF OVERLAPPING ZONES

33. FREQUENCY PLANNING

34. ASSIGNING BCCH FREQUENCIES

35. LABELLING BCCH

36. SHOWING BCCH OF DIFFERENT SECTORS

37. PREDICTING C/I VALUE

38. SETTING LEGENDS

39. CALCULATING C/I

40. SHOWING C/I PLOT

41. ANALYSING PLANNED
DATA AND FIELD DATA
AFTER DRIVE TEST

42. IMPORTING FIELD DATA

43. OPENING TAB FILE

44. SHOWING DRIVE TEST DATA

45. SETTING LEGENDS

46. SHOWING DRIVE TEST

47. SHOWING PLANNED COVERAGE
AND FIELD DATA

48. THANK YOU