LQI-Per-Based Range Adaptation For Enhanced Communication Range In Wireless Networks.

Wireless networks are key components of contemporary communication systems, allowing for seamless connection and data sharing. Optimizing communication range to guarantee dependable and effective data transmission is one of the most difficult tasks in wireless networks. In this regard, this research provides a new technique dubbed LQI-PER-based range adaptation to improve wireless network communication range. The approach uses the network Quality Indicator (LQI) and Packet Error Rate (PER) measurements to dynamically alter individual node communication ranges depending on real-time network circumstances. When the connection quality is good and the PER is low, nodes may communicate over longer distances, extending network coverage and enhancing connectivity over longer distances. In the event of signal deterioration or interference, the approach decreases the communication range of impacted nodes automatically to retain efficiency and alleviate performance bottlenecks. The study describes in detail the LQI-PER-based range adaptation mechanism and explores its benefits in terms of better communication range, network reliability, and energy efficiency. The simulation findings show that the suggested technique is successful in dynamic and difficult conditions, making it a potential alternative for establishing robust and extended communication ranges in wireless networks. [ABSTRACT FROM AUTHOR]