Acknowledgement

Project Idea

Requirements

The Technology used and why it is used

The Main idea used

The Algorithm used

Program used to implement it

Output shape

Double Handover Technique

⇨ Idea ⇨ Equation:

⇨ Conclusion

Drive Tests

TEMS

⇨ Usage

Drive Tests Benefits

⇨Distance Calculations

⇨Knowing cells sequence through road

Obstacle

Pattern

Major Cells

Project Advantage ⇨ DOH doesn’t have to be between successive

boundaries

Handover Data

Continue Of Handover Data

GSM Infrastructure ⇨GSM data Capture

◉ Air-Interface◉ A-bis-Interface◉ A-interface

⇨GSM Frequencies

◉ 900

◉ 1800

Massive Data

Number of mobiles per cell (Density)

Code Algorithm

Technical Problems that faced us:

⇨Live Massive Data

◉ INET

◉ Old Data Recovery

◉ Old Data Recovery

⇨ Velocity Database is too Large

⇨ 900 & 1800 Frequency Bands

◉ Important Point

⇨ Distance between cell boundaries seems Variable

◉ Cell “3386”: * Coverage distance of the cell =

[2.6+2.5+2.15+2.12+2.08]/5 = 2.29 Km

◉ Cell “3385”: * Coverage distance of the cell = [1.2+1+1.25+1.15]/4 = 1.15 Km

How Java Program Work:

⇨ Function used in the code:

◉ getFiles(folder, list)

◉ searchfile(fo,dlist)

◉getcelltime(dlist,celltime)

◉ getsequence(celltime,pntarr,pntarrlength, fr)

◉getspeed(pntarr,pntarrlength,sectionspeed,fr)

◉Getaveragevelocity(avb,avf)

◉ Deletefiles (flist)

◉Timer

Market Segments That Will Be Interested In The Product/Service

Charge On Market Segment

Actual Cost Of The Project

Financial Returns For Vodafone

Major Competitors

⇨Competitive Advantage

Statistics Of Your Market Study

Other Algorithms We Tried To Achieve The Project

⇨ Obstacles That Faced Us

Future work

⇨ Increase The Accuracy of the Calculated Distance Between Cell Boundaries

⇨ Implement It On Other Roads