Blockage Probability Analysis for RedCap Devices in 5G Networks

• Analysis of Blocking Probability for different Coverage Conditions
  • Import Python Libraries
  • Import 5G Toolkit Libraries
  • Simulation Parameters
  • PDCCH Scheduling Parameters
  • PDCCH Scheduling for Good Coverage Scenarios
  • PDCCH Scheduling for Medium Coverage Scenarios
  • PDCCH Scheduling for Extreme Coverage Scenarios
  • Plotting the results
    • References
• Variation in Blocking Probability with Different Aggregation Levels (ALs)
  • Python Libraries
  • 5G-Toolkit Libraries
  • Simulation Parameters
  • PDCCH Scheduling Parameters
    • Impact of AL 1
    • Impact of AL 2
    • Impact of AL 4
    • Impact of AL 8
    • Impact of AL 16
  • Plot the Variation in Blocking Probability with number of UEs for different Aggregation levels.
  • References
• Analyzing the effect of Number of Candidates on Blocking Probability
  • Simulation Parameters
  • PDCCH Scheduling Parameters
  • Plot the Variation in Blocking Probability with number of PDCCH candidates
  • References
• Analyzing the Impact of Scheduling Strategy on Blocking Probability
  • Python Libraries
  • 5G-Toolkit Libraries
  • Simulation Parameters
  • PDCCH Scheduling Parameters
  • Simulation for Scheduling Strategy-I
    • Blocking probability vs number of UEs to be scheduled.
  • Simulation for Scheduling Strategy-II
  • Plotting Blocking Probability vs Number of UEs for Scheduling Strategy
    • References
• Analyze the Impact of UE Capability on Blocking Probability
  • Python Libraries
  • 5G-Toolkit Libraries
  • Simulation Parameters
  • PDCCH Scheduling Parameters
  • Simulating the Reference Case
    • Plot Blocking Probability for Different CORESET Sizes for Different UEs
  • Simulating Reduced Blind Decoding Case-A
  • Simulating Reduced Blind Decoding Case-B
  • Plot Blocking Probability for Different CORESET Sizes for Different UEs
    • References
• Selection of minimum CORESET Size for a Given Target Block Probability
  • Python Libraries
  • 5G-Toolkit Libraries
  • Simulation Parameters
  • PDCCH Scheduling Parameters
  • Compute minimum coreset size for numUEs = 5.
  • Compute minimum coreset size for numUEs = 10.
  • Compute minimum coreset size for numUEs = 15.
  • Display Minimum CORESET size required to meet the Target Blocking Probability for different number of UEs.
    • References