H. Shariatzadeh Et Al. , "A New 5G Cellular Broadcasting Approach: Hybrid LDM-NOMA and FeMBMS-OMA Analysis Based on Stochastic Geometry," IEEE Access , vol.11, pp.119824-119839, 2023
Shariatzadeh, H. Et Al. 2023. A New 5G Cellular Broadcasting Approach: Hybrid LDM-NOMA and FeMBMS-OMA Analysis Based on Stochastic Geometry. IEEE Access , vol.11 , 119824-119839.
Shariatzadeh, H., Maghrebi, S. G., KARAKAYA, B., & Shahzadi, A., (2023). A New 5G Cellular Broadcasting Approach: Hybrid LDM-NOMA and FeMBMS-OMA Analysis Based on Stochastic Geometry. IEEE Access , vol.11, 119824-119839.
Shariatzadeh, Heydar Et Al. "A New 5G Cellular Broadcasting Approach: Hybrid LDM-NOMA and FeMBMS-OMA Analysis Based on Stochastic Geometry," IEEE Access , vol.11, 119824-119839, 2023
Shariatzadeh, Heydar Et Al. "A New 5G Cellular Broadcasting Approach: Hybrid LDM-NOMA and FeMBMS-OMA Analysis Based on Stochastic Geometry." IEEE Access , vol.11, pp.119824-119839, 2023
Shariatzadeh, H. Et Al. (2023) . "A New 5G Cellular Broadcasting Approach: Hybrid LDM-NOMA and FeMBMS-OMA Analysis Based on Stochastic Geometry." IEEE Access , vol.11, pp.119824-119839.
@article{article, author={Heydar Shariatzadeh Et Al. }, title={A New 5G Cellular Broadcasting Approach: Hybrid LDM-NOMA and FeMBMS-OMA Analysis Based on Stochastic Geometry}, journal={IEEE Access}, year=2023, pages={119824-119839} }