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The problem of characterizing the capacity region for Gaussian broadcastchannels with receiver message side information appears difficult and remainsopen for N >= 3 receivers. This paper proposes a joint network andGelfand-Pinsker coding method for 3-receiver cases. Using the method, weestablish a unified inner bound on the capacity region of 3-receiver Gaussianbroadcast channels under general message side information configuration. Theachievability proof of the inner bound uses an idea of joint interferencecancelation, where interference is canceled by using both dirty-paper coding atthe encoder and successive decoding at some of the decoders. We show that theinner bound is larger than that achieved by state of the art coding schemes. Anouter bound is also established and shown to be tight in 46 out of all 64possible cases.

Joint Network and Gelfand-Pinsker Coding for 3-Receiver Gaussian Broadcast Channels with Receiver Message Side Information