Author(s): Pravin S. Tupkari, Prof. A. S. Joshi
Published in: International Journal of Engineering Research & Technology
License: This work is licensed under a Creative Commons Attribution 4.0 International License.
Volume/Issue: Vol.1 - Issue 9 (November - 2012)
For many digital communication system bandwidth and transmission power are limited resource and it is well known that the use of feed forward convolution encoder plays a fundamental role to increasing power and spectrum efficiency. The development of error correction technique with increasing coding gain has a limit, arising from the channel capacity. Convolution code is channel code, which extensively used in communication system. The paper describes in three phases of Feed Forward convolution Encoder. System level design as first phase, containing trellis diagram and state table RTL vie of feed forward convolution encoder also explains timing waveform and parameter require for developing the convolution encoder. Circuit level design using MOS transistor as second phase and then Layout or Physical design of feed forward convolution encoder as third phase and finally explain the application and conclusion.
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