| Title |
Performance Evaluation Of 5G Enabled Smart Surveillance: Case Of Adama City |
| ID_Doc |
41732 |
| Authors |
Aredo S.C.; Belay H.; Kornegay K.T.; Wedajo H.J. |
| Year |
2024 |
| Published |
2024 IEEE International Conference and Expo on Real Time Communications at IIT, RTC 2024 |
| DOI |
http://dx.doi.org/10.1109/RTC62204.2024.10739283 |
| Abstract |
This study examines the performance of smart security systems with 5G capabilities in detail, considering Adama City's development strategy for smart cities. Installing considerable cabling may become logistically challenging, especially in large or dynamic spaces. Furthermore, connected systems may experience latency problems that impair their capacity to monitor in real time. Using empirical data and fundamental signal processing formulations at various frequency resources, the performance has been assessed in terms of spectrum and energy efficiency through a targeted analysis that uses Adama City as a case study. The results also show that, despite challenges related to frequency, cameras operating at higher 5G frequencies have greater capacity than those operating at sub-6 GHz. It has also been addressed that less energy is used than with traditional fixed power ramping when the beams of such cameras are adaptively focused based on the distance of the last cell edge user rather than the maximum cell radius. © 2024 IEEE. |
| Author Keywords |
5G; Energy Efficiency; Safety; Smart Security; Spectral Efficiency |
