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The objective of overlay routing is to minimize the latency of overlay users, while the objective of traffic engineering is to minimize the maximum link utilization of overall network. Thus, there exists the interaction between overlay routing and traffic engineering in the multi-layer network topology, which may lead to endless routing oscillations and performance degradation in the network. In order...
Due to inevitable cross-layer conflict existing in route objectives of overlay routing and traffic engineering, the interaction between two selfish players causes route oscillations and network performance loss. The interaction is investigated as a Nash routing game with best-reply, where two players have equal status, and take turn to optimize their routes. Overlay routing aims to minimize the total...
Due to the conflicts existing in the route objectives of overlay routing and traffic engineering, the interaction between the two selfish players may converge to an inefficient Nash equilibrium point, even if the better choice may exist. We formulate the interaction as an infinitely repeated two-player game, where overlay routing aims to minimize the average latency of overlay users and traffic engineering...
Due to inevitable cross-layer conflict existing in route objectives of overlay routing and traffic engineering, the interaction between two selfish players causes network oscillations and routing performance loss. The interaction is investigated as a Nash routing game with best-reply, where two players have equal status, and take turn to optimize their routes. Overlay routing aims to minimize the...
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