Title :
Reduced-complexity trellis coding/decoding for high bit rate digital subscriber loop transmission
Author :
Mohanraj, P. ; Joshi, V. ; Falconer, D.D. ; Kwasniewski, T.A.
Author_Institution :
Ottawa-Carleton Centre for Commun. Res., Carleton Univ., Ottawa, Ont., Canada
Abstract :
The authors describe an adaptive piecewise-linear-fit technique for closely approximating channel response, using relatively few parameters. Theoretical and simulation results for the approximation error and adaptation behavior of this technique are shown for representative channel responses. The results indicate the viability of the technique for decision-feedback equalizers used within or outside reduced state sequence estimators
Keywords :
decoding; encoding; equalisers; piecewise-linear techniques; subscriber loops; adaptation behavior; adaptive piecewise-linear-fit technique; approximation error; closely approximating channel response; decision-feedback equalizers; high bit rate digital subscriber loop transmission; reduced state sequence estimators; reduced-complexity; trellis coding/decoding; twisted pair cable; Bit rate; Convolutional codes; Crosstalk; DSL; Decision feedback equalizers; Decoding; Frequency; Intersymbol interference; Subscriber loops; Systems engineering and theory;
Conference_Titel :
Communications, 1989. ICC '89, BOSTONICC/89. Conference record. 'World Prosperity Through Communications', IEEE International Conference on
Conference_Location :
Boston, MA
DOI :
10.1109/ICC.1989.49752