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Computer and wireless communication require Internet accessibility at anytime and anywher; this includes during a high-speed mobile station like in speedy trains, fast paced cars as vehicle-to-infrastructure communication. However, wireless Quality of Service (QoS) provisioning in such an environment is tougher .This increased the event of varied schemes concerning the need of smooth handover of the mobile nodes. Alternatly, transport layer (L4 in ISO layers) protocols stream control transmission protocol can support such a seamless handover in high-speed mobility users. this text highlights on the issues of moving users in mobile WiMAX networks. An adaptation of transport layer protocol of the high moving vehicle that supports seamless handover can guarantee and maintain QoS for rapid handover rates. The results show an improvement of L4 protocol in terms of delay time and throughput so on enable efficient and robust mobility aware protocols.
Cross-layer, Handover delay, Adaptive mobility, High speed
Sonawane D D , Kasat P R , Kute R B , Giri P Y "Adaptive Transport Layer Protocol For Highly Dynamic Environment" Iconic Research And Engineering Journals Volume 3 Issue 8 2020 Page 61-69
Sonawane D D , Kasat P R , Kute R B , Giri P Y "Adaptive Transport Layer Protocol For Highly Dynamic Environment" Iconic Research And Engineering Journals, 3(8)