Suppose there is a mobile device at the edge of a cell of a 5G wireless network which has a weak channel with the base station. The edge user can utilize relay assisted D2D communications proposed for 5G. Assume the edge user broadcast a call and expect it to reach at least one neighboring relay. How can the reliability of the broadcast call reaching at least one neighboring relay be mathematically modeled for 5G by taking 3GPP standards into consideration?
Matrix is good concept to model this scenario. You can define the size of matrix based on the need. Identity matrix can be helpful for performing mathematical and arithmetic computation.
Feel free to reach me via whatsapp at +918200713617 for instant help.
You need to look at the 38.901 standard and then determine the pathloss, and from that the SNR, and from the SNR the Bit-Error-Rate (based on the modulation).
With the BER you can use some standard techniques to determine the probability of a call being established.
Hi friend,
Check this " Resource Allocation for URLLC In 5G Mission-Critical loT Networks" paper, hope you will able to get an idea. :)
- Badges
- Science topic