This study presents a wireless system architecture based on the integrating the cellular and modern adhoc relay technology. It is able to balancing the traffic load proficiently and sharing channel resources among cells using adhoc relay stations to spread traffic from one cell to another dynamically. However, the architecture can lead to congestion if the network must maintain such prominent resources to achieve the quality of service (QoS) requirements for the system. The proposed system considers the handoff area and the calls are given priority. The system accuracy is examined in terms of the call block probability and queueing delay for new call request and call drop probability for handoff requests. Mathematical artwork is presented using Successive Overrelaxation Method. For improving the performance of the base station, the trade-off among the counting of services channel and quality of the service of the base station are well-thought-out.

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