chap7.pdf.xml

MIT公开课程

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Content within individual courses is (c) by the individual authors unless otherwise noted. The Massachusetts Institute of Technology is providing this Work (as defined below) under the terms of this Creative Commons public license ("CCPL" or "license"). The Work is protected by copyright and/or other applicable law. Any use of the work other than as authorized under this license is prohibited. By exercising any of the rights to the Work provided here, You (as defined below) accept and agree to be bound by the terms of this license. The Licensor, the Massachusetts Institute of Technology, grants You the rights contained here in consideration of Your acceptance of such terms and conditions.</lom:string></lom:description></lom:rights><!--***************************--><!--**** RELATION ****--><!--***************************--><lom:relation><lom:kind uniqueElementName="kind"><lom:source uniqueElementName="source">LOMv1.0</lom:source><lom:value uniqueElementName="value">ispartof</lom:value></lom:kind><lom:resource uniqueElementName="resource"><lom:identifier><lom:catalog uniqueElementName="catalog">OCW Master Course Number</lom:catalog><lom:entry uniqueElementName="entry">6.451 Principles of Digital Communication II Spring 2005</lom:entry></lom:identifier><lom:description><lom:string language="en">Coding for the AWGN channel; block and convolutional codes; lattice and trellis codes; capacity-approaching codes; equalization of linear Gaussian channels; linear, decision-feedback, and MLSD equalization; precoding; multicarrier modulation; and topics in wireless communication.</lom:string></lom:description></lom:resource></lom:relation><!--***************************--><!--**** CLASSIFICATION ****--><!--***************************--><lom:classification><lom:taxonPath><lom:source uniqueElementName="source"><lom:string language="en">CIP</lom:string></lom:source><lom:taxon><lom:id uniqueElementName="id">090702</lom:id><lom:entry uniqueElementName="entry"><lom:string language="en">Digital Communication and Media/Multimedia</lom:string></lom:entry></lom:taxon></lom:taxonPath><lom:taxonPath><lom:source uniqueElementName="source"><lom:string language="en">CIP</lom:string></lom:source><lom:taxon><lom:id uniqueElementName="id">141001</lom:id><lom:entry uniqueElementName="entry"><lom:string language="en">Electrical, Electronics and Communications Engineering</lom:string></lom:entry></lom:taxon></lom:taxonPath><lom:keyword><lom:string language="en">coding techniques</lom:string></lom:keyword><lom:keyword><lom:string language="en">the Shannon limit of additive white Gaussian noise channels</lom:string></lom:keyword><lom:keyword><lom:string language="en">Small signal constellations</lom:string></lom:keyword><lom:keyword><lom:string language="en">performance analysis</lom:string></lom:keyword><lom:keyword><lom:string language="en">coding gain</lom:string></lom:keyword><lom:keyword><lom:string language="en">Hard-decision and soft-decision decoding</lom:string></lom:keyword><lom:keyword><lom:string language="en">Introduction to binary linear block codes</lom:string></lom:keyword><lom:keyword><lom:string language="en">Reed-Muller codes</lom:string></lom:keyword><lom:keyword><lom:string language="en">finite fields</lom:string></lom:keyword><lom:keyword><lom:string language="en">Reed-Solomon and BCH codes</lom:string></lom:keyword><lom:keyword><lom:string language="en">binary linear convolutional codes</lom:string></lom:keyword><lom:keyword><lom:string language="en">Viterbi and BCJR algorithms</lom:string></lom:keyword><lom:keyword><lom:string language="en">Trellis representations of binary linear block codes</lom:string></lom:keyword><lom:keyword><lom:string language="en">trellis-based ML decoding</lom:string></lom:keyword><lom:keyword><lom:string language="en">Codes on graphs</lom:string></lom:keyword><lom:keyword><lom:string language="en">sum-product</lom:string></lom:keyword><lom:keyword><lom:string language="en">max-product</lom:string></lom:keyword><lom:keyword><lom:string language="en">decoding algorithms</lom:string></lom:keyword><lom:keyword><lom:string language="en">Turbo codes</lom:string></lom:keyword><lom:keyword><lom:string language="en">LDPC codes and RA codes</lom:string></lom:keyword><lom:keyword><lom:string language="en">Coding for the bandwidth-limited regime</lom:string></lom:keyword><lom:keyword><lom:string language="en">Trellis-coded modulation</lom:string></lom:keyword><lom:keyword><lom:string language="en">Multilevel coding</lom:string></lom:keyword><lom:keyword><lom:string language="en">Shaping</lom:string></lom:keyword><lom:keyword><lom:string language="en">Lattice codes</lom:string></lom:keyword></lom:classification></lom:lom>