Daniel Lertpratchya

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—In this paper, we revisit the problem of optimal tree-based routing structures for multicast in wireless multihop networks, but accounting for the impact of interference. Our analysis is based on the most accurate known interference model, namely the SINR-based physical interference model. We first study the problem in a low-intensity multicast scenario(More)
In this paper, we propose a stochastic bursty-link model to simulate bursty behavior observed in wireless communications. Our stochastic bursty-link model works at the frame level where the probability of correctly receiving a frame is dependent on the results of previous transmissions. To accomplish this, our model uses a bursty probability adjustment(More)
In this paper, we consider the problem of building mesh-based multicast routing structures that account for the impact of interference in wireless multihop networks. Our analysis is based on the most accurate known interference model, namely the physical interference model. We first analyze interference-aware mesh structures that augment individual paths in(More)
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