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On Capacity Under Received-Signal Constraints

In a world where different systems have to share the same spectrum, the received (interfering) power may be a more relevant constraint than the maximum transmit power. Motivated by such a spectrum-sharing approach, this paper investigates the behavior of capacity under received-power constraints, modeling for example the maximum interference that one system may inflict on another. The insight of the paper is that while in the point-to-point case, transmit and received-power constraints are largely equivalent, they can lead to quite different conclusions in network cases, including relay networks, multiple access channels with dependent sources and feedback, and collaborative communication scenarios.