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Recently, end-to-end known-interference cancellation (E2E-KIC) has beenproposed as a promising technique for wireless networks. It sequentiallycancels out the known interferences at each node so that wireless multi-hoptransmission can achieve a similar throughput as single-hop transmission.Existing work on E2E-KIC assumed that the interference of a transmitter tothose nodes outside the transmitter's communication range is negligible. Inpractice, however, this assumption is not always valid. There are many caseswhere a transmitter causes notable interference to nodes beyond itscommunication distance. From a wireless networking perspective, suchinterference is caused by a node to other nodes that are multiple hops away,thus we call it multi-hop interference. The presence of multi-hop interferenceposes fundamental challenges to E2E-KIC, where known procedures cannot bedirectly applied. In this paper, we propose an E2E-KIC approach which allowsthe existence of multi-hop interference. In particular, we present a methodthat iteratively cancels unknown interferences transmitted across multiplehops. We analyze mathematically why and when this approach works and theperformance of it. The analysis is further supported by numerical results.

End-to-End Known-Interference Cancellation (E2E-KIC) with Multi-Hop Interference