[Mohamed Raafat Omri]

Hello,

I need your help in my engineering internship project which is Handover Parameters Self-optimization in 4G Networks By Mobility Robustness Optimization (intra-HO so focusing only in the A3 event). I got the LTE system level simulator (1.8 version) and I’m asking you which functions or classes I have to modify or add my code to establish that optimization and simulation. I have to optimise two parameters or KPIs. First I choose TTT and Hyst. than I change for the ping-pong rate and the too-late rate. Are they good to optimize and how to accomplish the simulation please?

Best regards.

• This topic was modified 4 years, 10 months ago by Mohamed Raafat Omri.

[Mohamed Raafat Omri]

Hello,

I found in the Lte_sim_main.m the function above:
function move_all_UEs(LTE_config,UEs,networkPathlossMap,eNodeBs) where the handover is treated, do I have to modify this function or use it to implement my HO optimization simulation by MRO?
I will appreciate a lot your help.

Best regards.

[Martin Taranetz]

Dear Mohamed,

you can use this function to implement your HO scheme. Currently, no specific HO technique is implemented in the simulator.

Best,
Martin.

[Mohamed Raafat Omri]

Dear Dr. Martin,

Thanks a lot, I’ll keep on implementing my HO scheme over that function and I’m sure that I’ll need your help to guide me once I go further 🙂

Best regards.

[LUCIEN WENGIE YEMAH]

hello all, am trying to implement a handover scheme for load balancing in LTE network. i want to implement the following parameters:

handover execution time======== 250ms
maximum handoff================ 9dB
handover time to trigger(TTT)=== 320ms

Please which function does that in the simulator and how are the following parameters above defined in the simulator.

thanks in anticipation… and looking forward to reading your replies……

[Fjolla Ademaj]

Dear Lucien,

Currnently in our simulator there is no handover scheme implemented. We provide a simple handover that moves the user- and assigns to another eNodeB based on maximum SINR, on a TTI basis.

Best regards,
Fjolla

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