| Title | Green communication approach for the smart city using renewable energy systems |
|---|---|
| ID_Doc | 45793 |
| Authors | Hsu, CH; Eshwarappa, NM; Chang, WT; Rong, CM; Zhang, WZ; Huang, J |
| Title | Green communication approach for the smart city using renewable energy systems |
| Year | 2022 |
| Published | |
| Abstract | A smart city is an evolving Internet of Things (IoT) technique that links different digital gadgets via a network, offering several new services to the manufacturing and medical field to commerce. A smart city is an omnipresent and fundamental change that has altered the whole environment using Information Communication Technology (ICT) and sensor-enabled IoT gadgets. Renewable energy storage, the solar, wind, and distributed resources can be better integrated into the grid. The leading theory in the digital domain for improved and broad use of all the situations with high digital media accessibility (i.e., video, sound, words, and pictures), nevertheless it is challenging to talk freely about such small appliances because of resource constraints (starving power and battery capacity), and large quantities of the information. The green communication approach for the smart city (GCA-SC) is proposed in this article. Thus, using saved video streams to solve these difficulties is recommended by Hybrid Adaptation and Power Algorithms and Delay-tolerant Streamed Algorithms. A new architecture is similarly proposed for the smart city network. Empirical findings such as power drainage, battery capacity, latency, and bandwidth are acquired and evaluated. It was reached that, with less effort than Baseline, GCA-SC optimises energy drainage, the battery capacity, variance, power delivery ratio of the IoT compatible gadgets in the smart city environment. The simulation analysis of the proposed GCA-SC method enhances the packet delivery ratio of 39% and throughput of 99 kbps. It reduces the delay by 2.5 s and the standard deviation by -0.9 s.(c) 2022 Published by Elsevier Ltd. This is an open access article under the CC BY-NC-ND license (http://creativecommons.org/licenses/by-nc-nd/4.0/). |
| https://doi.org/10.1016/j.egyr.2022.07.009 |
Similar Articles
| ID | Score | Article |
|---|---|---|
39844
|
Sodhro, AH; Pirbhulal, S; Luo, ZW; de Albuquerque, VHC Towards an optimal resource management for IoT based Green and sustainable smart cities(2019) | |
| 36244
|
Lei, XT; Guo, Z; Montenegro-Marin, CE; Crespo, RG RETRACTED: Integration of Wireless Sensor Networks with the Smart City for Optimized Economic Management (Retracted Article)(2022)Wireless Personal Communications, 127, Suppl 1 | |
| 39579
|
Corici, A; Elmangoush, A; Steinke, R; Magedanz, T; Mwangama, J; Ventura, N Utilizing M2M technologies for Building Reliable Smart Cities(2014) | |
| 35934
|
Tanwar, S; Tyagi, S; Kumar, S The Role of Internet of Things and Smart Grid for the Development of a Smart City(2018) | |
| 44629
|
Ahuja, K; Khosla, A Network selection criterion for ubiquitous communication provisioning in smart cities for smart energy system(2019) | |
| 43465
|
Akan, OB; Cetinkaya, O; Koca, C; Ozger, M Internet of Hybrid Energy Harvesting Things(2018)Ieee Internet Of Things Journal, 5, 2 | |
| 44033
|
Zhang, XY; Wang, DL; Zhang, YM; Manokaran, KB; Antony, AB IoT driven framework based efficient green energy management in smart cities using multi-objective distributed dispatching algorithm(2021) | |
| 39065
|
Sikder, AK; Acar, A; Aksu, H; Uluagac, AS; Akkaya, K; Conti, M IoT-enabled Smart Lighting Systems for Smart Cities(2018) | |
| 33074
|
Yang, Z; Liu, JJ; Faqiri, H; Shafik, W; Abdulrahman, AT; Yusuf, M; Sharawy, AM Green Internet of Things and Big Data Application in Smart Cities Development(2021) | |
| 40144
|
Almalki, FA; Alsamhi, SH; Sahal, R; Hassan, J; Hawbani, A; Rajput, NS; Saif, A; Morgan, J; Breslin, J Green IoT for Eco-Friendly and Sustainable Smart Cities: Future Directions and Opportunities(2023)Mobile Networks & Applications, 28, 1 |