Research on error-correcting scheme of image transmission in fast fading mobile channel

We adopt the (2,1,3) convolutional code combined with an interleaving technique as the anti-interference measure. We simulate and discuss the performance of error-correction of a standard image transmitted through eight mobile channels which have four different modulation styles and two different vehicle speeds; we also compare the performance with that in an AWGN channel. We study the influence of the fast fading characteristics on the reliability of image transmission, the error-correcting performance of the convolutional codes in the mobile channel and the significance of the interleaving technique. At the same time we prove the results obtained are similar to previous ones. We also obtain some significant conclusions and propose some ideas for the mobile image communication system