[SOLVED] matlab network EEEN60180 Course-work (2019-20)

EEEN60180 Course-work (2019-20)
Performance Evaluation of Mobile Networks by using Monte-Carlo Simulation
Study the technical paper: Area Spectral Eiciency of Cellular Mobile Radio Systems, IEEE Trans. Veh. Technol., July 1999.
Develop Monte-Carlo simulation models to evaluate the performance of cellular mobile networks and study the effects of cochannel interference and re-use distances on the overall spectral eiciency.
Factors you will consider and include in your study
reuse distance,
cell size,
signal-to-noise ratio, path-loss exponent Rayleigh fading
shadowing
Evaluate the performance of the mobile network in terms of:
1. spectral eiciency,
2. area spectral eiciency and 3. outage probability.
Submitacompletetechnicalreportwhichincludestheperformancecurves (with your comments on the results) as well as your Monte-Carlo simula- tion Matlab programs (with all necessary explanations).
Due Date: Friday 11th October 2019.
Marks Distribution:
To get more than 50%, you need to provide simulation results for the area spectral eiciency in uplink transmission without fading or shadowing, taking into account interference from the 6 cochannel cells in the first tears first tear of cochannel cells
To get > 60% you need to take into account the effects of both Rayleigh fading and log-normal shadowing.
To get > 70% you will study and provide simulation results for the outage probability
Pr (outage) = Pr (SINR < ) 1where is a predefined threshold. You will plot Pr (outage) against for between 040 dB. To get > 80% you need also to provide simulation results for partially- loaded systems.
To get 90%, you need to compare your simulation results for the spectral eiciency with theoretical results in K A Hamdi, A Useful Lemma for Capacity Analysis of Fading Interference Channels, IEEE Trans. Commun, Feb. 2010, pp. 411-416.
basic uplink
Rayleigh fading
shadowing
outage
partially-loaded
Theoretical results
50 60%
x
60 70%
x
x
x
70 80%
x
x
x
x
80 90%
x
x
x
x
x
> 90%
x
x
x
x
x
x
2