Real-time LAQ Based Interference Minimization Model for Efficient Transmission in Radio Networks

Associate Professor, Department of CS & IT, Kalinga University, Naya Raipur, Chhattisgarh, India.

^* ku.abhijeetmadhukarhaval@kalingauniversity.ac.in
^** ku.akankshamishra@kalingauniversity.ac.in

Abstract

The problem of interference in radio communication is well studied. There exist number of approaches to handle the issue, which consider angle of radio device and frequency as the key in handling the interference problem. However, they suffer to achieve higher performance in QoS requirements. To handle this issue, an efficient LAQ (Latency Availability Quality) based interference minimization model (LAQ-IM) is presented in this paper. The method focused on improving the transmission performance by choosing a optimal radio device with reduced interference. The method considers the set of radio devices available for transmission and considers the latency, availability and quality of the radio in the selection of transmission. Using all these features, the method computes Latency minimization support (LMS), Availability Support (AS) and Quality Support (QS) for the radio devices identified. Based on the value of LMS, AS and QS, the method computes the value of Interference Minimization Weight (IMW) based on which an optimal radio has been selected to perform data transmission. The proposed method improves the performance of radio transmission.