Cellular Network Signal Strength Analyser
Senthilkumar Meyyappan, G Lava Kumar, G Niharika, G Chakradhar, Nalla Reddy, Hui-Tang Lin, Ying-You Lin, D Cavalcanti, M, Senthil Kumar, L Praveen, N Golmie, R Dyck, A Soltanian, A Tonnerre, O Rbala, Pedro Neves, Susana Sargento Rui, L Aguiar, M, Senthil Kumar, M Gopinath, F Ye, H Yang, B Sikdar, Rambabu Vatti, Arun Gaikwad, C Vimalarani, M Kumar, I Howitt, M, Senthil Kumar, Ashish Chaturvedi, H Zhao, R Mayzus, S Sun, M Samimi, J Schulz, Y Azar, K Wang, G Wong, F Gutierrez, T Rappaport, M Samimi, K Wang, Y Azar, G Wong, R Mayzus, H Zhao, J Schulz, S Sun, F Gutierrez, T Rappaport, M, Senthil Kumar, Ashish Chaturvedi, D Patel, Robinson, Z Liu, H Hu, M Kumar, R Karthik, I Raja, Senthilkumar Meyyappan, N Selvamuthukumaran, M Fahim-Ul-Islam, D Kumar, S Joshi, M Kumar, A Singh, T Gupta, V Malhotra, M, Senthil Kumar, C Sridhathan, Ling Yang, M Kavitha, T Maheshwaran, M Kumar, M Subashinidevi, S Castro, M Kumar, V Ramprasath, R Kathiresh, M Kumar, M Kumar, P Kalidass, R Kathiresh, T Maheshwaran, M Kumar, M Kavitha, Anshu Bhuwania
Abstract
In certain regions where it is utilized to maintain consistent data rates and throughput with low traffic, the cellular network signal has numerous difficulties. For this reason, it is necessary to test the cellular network under various conditions in order to verify its resilience. In this implementation, we test the cellular signal under various conditions to see how well it maintains steady state responses. The usefulness of the cellular signal is verified by measuring its intensity in a variety of locations, including the kitchen, hallway, bedroom, bathroom, terrace, and a remote area.