International Journal of Advanced Networking and Applications

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Improved Good put Using Harvest-Then-Transmit Protocol for Video Transfer


Affiliations
1 Department of Computer Engineering, MIT Academy of Engineering, Alandi, Pune, India
 

In multiple wireless networks, large end-to-end delay and packet losses can decrease meaningfully the traffic flowgoodput due to path irregularity and multiplicity. To report these problems, current methods are proposed by using management of queue and decision making process. Hence, this paper proposesa Harvest-Then-Transmit (HTT) Protocol which selects an energy efficient path based on multiple parameters i.e. energy, delay, transmission time and perform transmission of video to handle number of video packets. A multipath environment is establishing where a server performs transferring of video along the energy efficient path of wireless network. Simulation shows the proposed protocol improves the overall goodput up to 10%, increases packet delivery rate up to 12%, and reduces end-to-end delay up to 3%, compared to existing system.

Keywords

End-To-End Delay, Goodput, HTT, Real-Time Traffic, Wireless Networks.
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  • Improved Good put Using Harvest-Then-Transmit Protocol for Video Transfer

Abstract Views: 200  |  PDF Views: 2

Authors

Kishori Shendokar
Department of Computer Engineering, MIT Academy of Engineering, Alandi, Pune, India
Rajeshwari M. Goudar
Department of Computer Engineering, MIT Academy of Engineering, Alandi, Pune, India

Abstract


In multiple wireless networks, large end-to-end delay and packet losses can decrease meaningfully the traffic flowgoodput due to path irregularity and multiplicity. To report these problems, current methods are proposed by using management of queue and decision making process. Hence, this paper proposesa Harvest-Then-Transmit (HTT) Protocol which selects an energy efficient path based on multiple parameters i.e. energy, delay, transmission time and perform transmission of video to handle number of video packets. A multipath environment is establishing where a server performs transferring of video along the energy efficient path of wireless network. Simulation shows the proposed protocol improves the overall goodput up to 10%, increases packet delivery rate up to 12%, and reduces end-to-end delay up to 3%, compared to existing system.

Keywords


End-To-End Delay, Goodput, HTT, Real-Time Traffic, Wireless Networks.

References