在WiMax、WiFi、蜂巢系統的異質的網路下，利用經濟模型與賽局理論，提供資源管理與配置的方法。在網路層，利用不合作的經濟模型，分配頻寬給不同區域的網路，讓網路上的資源利用度最大，且可以平衡整體網路負載。在行動節點方面，利用階層的賽局理論特性，設定優先權區分換手與新連結，保留較多的資源給換手連結，亦計算各種異質網路，該如何配置頻寬給新連結，以最大化他們的滿意度，且同時保持持續連結者服務品質。

This paper presents a game-theoretic framework to do resource management in heterogeneous network like WiMax, WiFi, Cellular sysytem. First, a game is exploited in network layer to allocate bandwidth to different in access network in different area. The Nash equilibrium for the game results in optimizing the resource allocation which the connections in the service area gain the maximal utility. Second, in mobile terminal side, it will differentiate the calls to new call, horizontal handoff call and vertical handoff call. It uses the characteristic of hierarchical game to set priority for those calls to maintain the quality stably. The aim is maximized satisfied for all users which connect in service network. That is, the user can gain the optimal performance and lowest cost and also satisfied the constraint of resource which is allocated form network layer.

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