How can I obtain SINR, PRB allocation, TBS size and PHY rate in a 5G simulation?

To obtain SINR, PRB allocation, TBS size, and PHY rate in a 5G simulation, you can use a variety of tools and methods. Some common options include:

Use a 5G simulator: There are a number of commercial and open-source 5G simulators available, such as NS-3, OPNET, and Riverbed Modeler. These simulators can be used to model a wide range of 5G scenarios, including different network topologies, channel conditions, and user traffic loads. Once you have created a simulation scenario, you can run the simulator to collect data on various 5G performance metrics, such as SINR, PRB allocation, TBS size, and PHY rate.
Use a 5G network monitor: There are also a number of commercial and open-source 5G network monitors available, such as Wireshark, tcpdump, and NetShark. These monitors can be used to capture and analyze real-time 5G traffic. By analyzing the captured traffic, you can extract information on various 5G performance metrics, such as SINR, PRB allocation, TBS size, and PHY rate.
Use a 5G drive test tool: A 5G drive test tool is a specialized device that can be used to measure the performance of a 5G network while driving around in a vehicle. These tools typically collect data on a variety of 5G performance metrics, including SINR, PRB allocation, TBS size, and PHY rate.

The specific method you use to obtain SINR, PRB allocation, TBS size, and PHY rate in a 5G simulation will depend on the tools and resources that are available to you. If you are new to 5G simulation, it is recommended that you start by using a commercial 5G simulator. Once you have gained experience with 5G simulation, you can then explore other options, such as using a 5G network monitor or a 5G drive test tool.

Here are some additional tips for obtaining SINR, PRB allocation, TBS size, and PHY rate in a 5G simulation:

Make sure that you are using a realistic simulation scenario. The simulation scenario should accurately reflect the network topology, channel conditions, and user traffic loads that you are interested in.
Collect data on a variety of 5G performance metrics. This will help you to get a better understanding of the overall performance of the 5G network.
Analyze the collected data carefully. Look for trends and patterns in the data. This will help you to identify areas where the 5G network can be improved.

Sujata Dhumal

See these discussions, they may be helpful

https://www.researchgate.net/post/How_do_I_obtain_the_SINR_MCS_and_BLER_in_a_5G_simulation_for_link_adaptation?

https://www.researchgate.net/post/How_can_I_calculate_the_PHY_rate_of_the_5G_RAN_in_NetSim

https://www.researchgate.net/post/What_are_the_5G_NR_simulation_log_files_in_NetSim_How_do_I_process_them

Can anyone tell me from where the strain of Angular leaf spot of French bean can be available?

Why do PCR product bands in agarose gel start to become curved and wavy as it travels down the gel?

Is it possible to use FLIM-FRET for two-component fluorescence decay?

Is there any FRET pair in existence which has excitation range higher than 500nm and can be used in living cells?

Dear all, I was wondering if anyone knows whether MGLtools and Autodock can run on Mac OS?

I got 02 moderator values defining Johnson-Neyman significance regions. Is it an error?

Do I need to do linear regression before running mediation analysis using PROCESS MACRO by Hayes ?

Do I need to strip the PVDF membrane before staining it with colloidal gold?

PACYC PCR not working after several attempts. Would anyone have any suggestions?

What SPSS analysis should I run with one IV (with two levels) and two DVs?

OpenBCI eeg--has anyone used them?

Is there any expert in Smart PLS who can help me?

Why initial concentration of Pb not the same as calculated one when testing using AAS?

How to run Cross-lagged panel Design on AMOS?