DLM technique for QoS improvement in MANETS

Wireless networks are used extensively in communication technologies. From Tesla to date researchers, many are working on wireless data transmission techniques and technologies. Despite the immense progressions over the past decade, there are precise hurdles that the industry endures to face. Bandwidth restrictions, latency problems, and device compatibility issues prevent the viewer from meeting seamless data transmissions. Many devices used for communication are used with the wireless interface and are proficient in transmitting data efficiently to the communication range. The growth in data communication requirements increases the network traffic and results in a network bottleneck. There are more challenges for Mobile Ad hoc Networks (MANETs) due to the additional overhead of resource constraints. Congestion leads to depletion of the node's energy, deterioration of network performance, and increased network latency and packet loss. As a result, energy-efficient and reliable state-of-the-art congestion control protocols must be designed to detect, notify and control congestion effectively. To minimize the packet loss in MANETs using Transmission Control Protocol (TCP), we proposed a data loss minimization technique (DLMT). Results show that enhanced DLMT outperforms by 18% compared to state-of-the-art proven congestion control mechanisms. DLMT improves the Quality of Service (QoS) constraints and improves performance by reducing the delay in better throughput, which can be seen by analyzing experimental results. The proposed coordination process's scalability and robustness are shown in good agreement with simulation results and analytic results for the stochastic model.