论文部分内容阅读
A new multilayered inter satellite-high altitude platform (HAP) system routing algorithm is proposed,which is mainly based on multipath routing to ensure the network reliability.The proposed multipath routing scheme principally relies on splitting the traffic between different paths to make the best utilization of multiple routes.Linear programming is the main method used for multipath selection.The major constraints to the quality of service (QoS) (delay and link utilization) have been taken into account to meet the criteria of the advanced multimedia applications.Due to the effect of link utilization,the system encounters traffic flow oscillation between paths over time,which affects the system performance.Hence,to fix this issue,we propose a cognitive routing algorithm which reacts to the long-term changes of the traffic loads rather than short-term ones.The performance of the proposed routing techniques has been evaluated using appropriate simulation models and implemented by Matlab.
A new multilayered inter satellite-high altitude platform (HAP) system routing algorithm is proposed, which is mainly based on multipath routing to ensure the network reliability. Proposed multipath routing scheme principally relies on splitting the traffic between different paths to make the best utilization of multiple routes. Linear programming is the main method used for multipath selection. The major constraints to the quality of service (QoS) (delay and link utilization) have been taken into account to meet the criteria of the advanced multimedia applications. Due to the effect of link utilization, the system encounters traffic flow oscillation between paths over time, which affects the system performance .ence to fix this issue, we propose a cognitive routing algorithm which reacts to the long-term changes of the traffic loads rather than short -term ones. The performance of the proposed routing techniques has been evaluated using appropriate simulation models and implemented by Matla b.