A Framework for the Optimization of Efficient Network Data Transfer using SPT Algorithm

Abstract

The wireless network is the engine that powers the new world's economy, and it has invaded space in the form of a satellite-powered interplanetary network. Due to signal attenuation, slowed transmission speeds, complete signal unavailability due to inclement weather, and an abundance of connected users, the wireless network's productivity must be increased as soon as possible. Another issue for IoT applications is the outdated TCP protocol, which is unsuitable for low-consumption and limited-storage IoT objects because the data buffer in these devices is negligible. The revolutionary SPT (Squeeze Pack and Transfer) method has been introduced to improve mobile network efficiency while reducing data file storage by more than 90 percent. Rather than textual symbols, binary patterns are used to compress data, resulting in a higher compression ratio and faster compression performance.