Abstract-In this paper, we characterize analytically the multiaccess interference in wireless code-division multiple-access sensor networks with uniformly random distributed nodes and study the tradeoff between interference and connectivity. To provide a guideline for improving system behavior, three competitive deterministic topologies are evaluated along with the random topology in terms of link-level and network-level (routing) performance. The impact of signature code length and receiver design on the network performance for different topologies is also studied.Index Terms-Ad hoc networks, code-division-multiple-access (CDMA), interference suppression, network connectivity, network topology, spreading signatures, throughput, wireless sensor networks.
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