Year: 2025
Type: article
Abstract: Smartphones, tablets, and the endless appetite for video have stretched our wireless wave bands to their breaking point. Experts keep telling us we need a better way to squeeze those waves so everyone stays connected. Enter Dynamic Spectrum Allocation, or DSA-a glue-y term for letting devices grab empty channels on the fly instead of waiting in line forever. In this write-up we mapped out how DSA can make download speeds zip faster while chewing up less radio real estate. Cognitive radios that can sniff open frequencies, plus machine-learning brains that decide who hooks up next, sit at the heart of the plan. Our tests also put the tug-of-war between big bosscentralized controllers and loose-knit, peer-driven systems under the microscope. Toss in the usual head-scratchers like rules from the FCC and pesky interference, and things get crowded fast. Sim runs proved that DSA beats the old set-and-ignore style hands down, giving urban gamers lower lag and letting country schools stream lessons without stutters. If the telecoms can roll this out coast to coast, well finally have a network that knows how to share.
Authors: Sujai Selvarajan, Dr. Gayatri Nayak, Dr.T. Lalitha, Digvijay Singh, Simranjeet Nanda, Rama Narayanswamy
Institutions: Siksha O Anusandhan University, Chitkara University
Language: English
Subfield: Computer Networks and Communications
Field: Computer Science
Domain: Physical Sciences
Open Access status: bronze
OpenAlex ID: W4413266304