A highly simplified fictitious admission scenario is indicated in Figure 1 for admission treatment for a...

 

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A highly simplified fictitious admission scenario is indicated in Figure 1 for admission treatment for a UE. 1 5G (())) !!!! 5G-AN 1 10:40 7 UE 2 6 AMF (a) The UE priority is 5 (b) The UE priority is 15 5 3 AUSF 4 1: UE to AN: Admission Request with priority value 2: AN to AMF: Forward Request 3: AMF to AUSF: Enquire authorization 4. AUSF takes decision based on whether the UE priority value is higher or lower than a defined threshold 5: AUSF to AMF: Accept / Reject based on authorization 6, 7: Intimate accept or reject to UE Figure 1: Excruciatingly "Simplified" Initial Admission Assume that the admission priority threshold is defined to be 10. Show the simulated result for the following two cases: You need to write the program with "generic" parameters (e.g, Threshold, UE priority) and then run the program with specified values and show the outcome. You need to have some appropriate explicit outcomes. e.g., you could have different output messages indicating "accept" or "reject", or set a flag with different values etc. The first assignment is to get you started with a very simple "fictitious" scenario which does not require any detailed knowledge of 5G. This assignment is to allow you to get familiar with just the approach of simulating a simple scenario. You can use appropriate naming for the messages and their parameters. We will follow up in future with detailed scenarios associated specifically with 5G. A highly simplified fictitious admission scenario is indicated in Figure 1 for admission treatment for a UE. 1 5G (())) !!!! 5G-AN 1 10:40 7 UE 2 6 AMF (a) The UE priority is 5 (b) The UE priority is 15 5 3 AUSF 4 1: UE to AN: Admission Request with priority value 2: AN to AMF: Forward Request 3: AMF to AUSF: Enquire authorization 4. AUSF takes decision based on whether the UE priority value is higher or lower than a defined threshold 5: AUSF to AMF: Accept / Reject based on authorization 6, 7: Intimate accept or reject to UE Figure 1: Excruciatingly "Simplified" Initial Admission Assume that the admission priority threshold is defined to be 10. Show the simulated result for the following two cases: You need to write the program with "generic" parameters (e.g, Threshold, UE priority) and then run the program with specified values and show the outcome. You need to have some appropriate explicit outcomes. e.g., you could have different output messages indicating "accept" or "reject", or set a flag with different values etc. The first assignment is to get you started with a very simple "fictitious" scenario which does not require any detailed knowledge of 5G. This assignment is to allow you to get familiar with just the approach of simulating a simple scenario. You can use appropriate naming for the messages and their parameters. We will follow up in future with detailed scenarios associated specifically with 5G.