Enhancing ADSTM using ROHC in wireless networks

Abstract

IP transition is one of the innovative and challenging areas for the researchers in the recent times. Presently, the transition scheme in Advanced Dual Stack Transition Mechanism (ADSTM) is consuming more time in wireless networks, which impede in general performance of the network. This paper discusses the fast transition of IPV4 packets to IPV6 packets in the Wireless networks via ADSTM. To enhance the performance of ADSTM in wireless network, it is incorporated with the Super Fast Packet Transmission Algorithm (SFTPA). In SFTPA instead of Internet Protocol Header Compression (IPHC) algorithm it is replaced with Robust Header Compression (ROHC) algorithm for better compression, which will reflects in the fast transmission of data packets in Wireless Networks. Simulation experiments were conducted on both the DSTM and ROHC individually and later on their results were merged for the better performance. This work proves that SFTPA has performed better than Fast Packet Transition Algorithm (FPTA) without hampering the Quality-of-Service.