Internet of things (IoT) fusion with cloud computing: current research and future direction
Manzoor Ansari, Syed Arshad, Mansaf Alam, C Stergiou, K Psannis, B Kim, B Gupta, M Mahdavinejad, M Rezvan, M Barekatain, P Adibi, P Barnaghi, A Sheth, D Mocrii, Y Chen, P Musilek, J Gubbi, R Buyya, S Marusic, M Palaniswami, K Patel, S Patel, P Scholar, W Viriyasitavat, T Anuphaptrirong, D Hoonsopon, M Aazam, I Khan, A Alsaffar, E Huh, S Khan, K Shakil, M Alam, S Ali, M Affan, M Alam, J Fang, A Ma, L Wang, L Von, A Younge, X He, M Kunze, J Tao, J Jiang, Z Li, Y Tian, N Al-Nabhan, B Paul, Al-Qaseemi Sa, H Almulhim, M Almulhim, S Chaudhry, M Kolhar, F Al-Turjman, A Alameen, M Abualhaj, H Mrabet, S Belguith, A Alhomoud, A Jemai, R Ramya, S Ramamoorthy, P Mell, T Grance, M Armbrust, A Fox, R Griffith, A Joseph, R Katz, A Konwinski, S Khan, S Ali, N Hasan, K Shakil, M Alam, C Gong, J Liu, Q Zhang, H Chen, Z Gong, A Rashid, A Chaturvedi, F Moghaddam, M Rohani, M Ahmadi, T Khodadadi, K Madadipouya, S Ali, M Alam, K Shakil, M Alam, K Cao, Y Liu, G Meng, Q Sun, W Shi, J Cao, Q Zhang, Y Li
Abstract
A system that is embedded with a combination of software, electronic components, actuators, sensors, detectors, and wireless connectivity, which enables them to gather data from these objects can be defined as the -IoT [5]. An IoT system has the following prominent characteristics [6, 7]: IoT is a technological advancement that enables objects to be connected to the internet via wired or wireless networks so that they can communicate with one another. A variety of wireless sensor networks are available for IoT devices, including near-field communication (NFC), Zigbee, radio frequency identification (RFID), Bluetooth, and Wi-Fi. The sensors can be connected to various technologies, including long-term evolution (LTE), general packet radio service (GPRS), third generation of mobile telephony (3G), and global system for mobile communication (GSM).