EEET2370/EEET2371: Radio Coverage Designs for LPWAN Access Network - Engineering Assignment Help

Assignment Task:

Topic 1 Radio coverage designs for LPWAN access network (undergraduates) The objective is to design radio coverage (downlink) for a NB-IoT access network to cover Melbourne metropolitan area. The project will use existing cellular tower locations as provided on Canvas (“TowersLocations.csv”, assume the tower height as 30 m). The main outcomes of the project are: 

• The project will provide literature review for (but not limited to): 
•  Brief overview of NB-IoT standard o NB-IoT coverage and performance
• NB-IoT limitations o State-of-the-art coverage design approaches for NB-IoT (or in Cellular coverage in general)
• Map(s) showing the locations of the import sites locations - Graph(s) for the Block error rate (BLER) vs. SNR (for two repetition rates 1 and 32)
• Graph (s) for the radio coverage of NB-IoT (in terms of the received signal strength dBm)
• Graph (s) for the radio coverage of NB-IoT (in terms of the signal to noise ratio)
• Two plots for coverage contour for two different repetition rates 1 and 32. Take 5% BLER as the threshold
• Additional figures and results as needed 

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