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In this study we evaluate and compare the performance of our load balancing technique on irregular P2P systems embedded in two regular topologies: 1) Hypercube and 2) TreeP. Hypercube is one of the most studied interconnection topologies and exhibits powerful interconnection features, while TreeP is Tree-based P2P network architecture and is based on a tessellation of a 1-D space. The load balancing technique employed is a two step strategy. In the first phase, it maps any irregular network topology to a regular one. In the second phase the load is balanced among the nodes using PSLB algorithm. In this paper we study and compare the performance of this two-step strategy on hypercube and TreeP topologies. This strategy is proven to be efficient and does not introduce a considerable overhead as shown in the experimental results.