Abstract:
Nowadays, the use of mobile devices is increasing at a high rate. Mobile device users are competing to use allocated resources by the service provider during the insufficient availability of resources to serve their demand. Some users are not satisfactorily served due to the competition in the sharing of allocated resources due to low processing power, low or no signal availability.
This problem can be addressed by creating the Cellular Grid. The devices in the cellular grid will address the issue by optimizing resource sharing and provisioning. This will be achieved by exploiting existing connectivity technologies Bluetooth, Near Field Communication (NFC), Radiofrequency identification (RFID), Bluetooth Low Energy (BLE), Wi-Fi (wireless fidelity) in the cell to support some cellular services.
This research shall focus on design and development of algorithms that shall allow the cellular grid to provide better connectivity. Further, this research will also show demonstrate the efficient utility of available resources thus increasing the better service for the users in the cell.
