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Advanced Traffic Jam Avoidance System: A Project on Double Handover Technique

This project explores the use of Double Handover Technique to avoid traffic jams by efficiently managing handover data in GSM infrastructure. The project involves using algorithms and programs to calculate distances between cell boundaries, overcoming technical challenges such as handling massive data and variable coverage distances. The Java program developed for this purpose utilizes functions like file handling, data processing, and speed calculations. The project aims to improve accuracy in distance calculations and expand implementation to other roads. Market segments interested in the product/service include telecommunications companies like Vodafone, with potential financial returns and competitive advantages. The project also faced obstacles and presents opportunities for future work to enhance accuracy and scalability.

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Advanced Traffic Jam Avoidance System: A Project on Double Handover Technique

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Presentation Transcript

  1. TRAFFIC JAM AVOIDANCE

  2. Acknowledgement • Project Idea

  3. Requirements • The Technology used and why it is used

  4. The Main idea used • The Algorithm used

  5. Program used to implement it • Output shape

  6. Double Handover Technique ⇨ Idea ⇨ Equation: ⇨ Conclusion

  7. Drive Tests

  8. TEMS ⇨ Usage

  9. Drive Tests Benefits ⇨Distance Calculations

  10. ⇨Knowing cells sequence through road • Obstacle

  11. Pattern

  12. Major Cells • Project Advantage ⇨ DOH doesn’t have to be between successive boundaries

  13. Handover Data

  14. Continue Of Handover Data

  15. GSM Infrastructure ⇨GSM data Capture ◉ Air-Interface ◉ A-bis-Interface ◉ A-interface

  16. ⇨GSM Frequencies ◉ 900 ◉ 1800

  17. Massive Data • Number of mobiles per cell (Density)

  18. Code Algorithm

  19. Technical Problems that faced us: ⇨Live Massive Data ◉ INET

  20. ◉ Old Data Recovery

  21. ◉ Old Data Recovery

  22. ⇨ Velocity Database is too Large

  23. ⇨ 900 & 1800 Frequency Bands ◉ Important Point

  24. ⇨ 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

  25. How Java Program Work: ⇨ Function used in the code: ◉ getFiles(folder, list) ◉ searchfile(fo,dlist)

  26. ◉getcelltime(dlist,celltime) ◉ getsequence(celltime,pntarr,pntarrlength, fr) ◉getspeed(pntarr,pntarrlength,sectionspeed,fr)

  27. ◉Getaveragevelocity(avb,avf) ◉ Deletefiles (flist) ◉Timer

  28. Market Segments That Will Be Interested In The Product/Service • Charge On Market Segment

  29. Actual Cost Of The Project • Financial Returns For Vodafone

  30. Major Competitors ⇨Competitive Advantage • Statistics Of Your Market Study

  31. Other Algorithms We Tried To Achieve The Project ⇨ Obstacles That Faced Us

  32. Future work ⇨ Increase The Accuracy of the Calculated Distance Between Cell Boundaries ⇨ Implement It On Other Roads

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