2015/12/18 (五) 14:20 - 黃昱智 教授 (台北大學通訊系) - Coding and modulation for physical-layer network coding
Topic：Coding and modulation for physical-layer network coding
Date&Time：2015/12/18(五) 14:20
Speaker： 黃昱智 教授 (台北大學通訊系)
Location：清華大學台達館 R216
Abstract :
One major challenge that differentiates multi-user communications from its point-to-point counterpart is that in a multiuser scenario, signals from one node would cause interference to nodes within transmission range. Recently, there has emerged a novel perspective of dealing with interference which tries to harness interference via structured codes. An outstanding example of such the new paradigm is physical-layer network working (a.k.a. compute-and-forward.) While the problem of coding and modulation for point-to-point communication is well-understood, our knowledge about coding and modulation for physical-layer network coding remains fairly limited. In this talk, we will first briefly review physical-layer network coding and then reveal the algebraic structure behind it. This understanding will lead us to new coding and modulation schemes for physical-layer network-coding.
Date&Time：2015/12/18(五) 14:20
Speaker： 黃昱智 教授 (台北大學通訊系)
Location：清華大學台達館 R216
Abstract :
One major challenge that differentiates multi-user communications from its point-to-point counterpart is that in a multiuser scenario, signals from one node would cause interference to nodes within transmission range. Recently, there has emerged a novel perspective of dealing with interference which tries to harness interference via structured codes. An outstanding example of such the new paradigm is physical-layer network working (a.k.a. compute-and-forward.) While the problem of coding and modulation for point-to-point communication is well-understood, our knowledge about coding and modulation for physical-layer network coding remains fairly limited. In this talk, we will first briefly review physical-layer network coding and then reveal the algebraic structure behind it. This understanding will lead us to new coding and modulation schemes for physical-layer network-coding.