Code covered by the BSD License
- [ALPHA]=alpha_1(GAMMA,N)This function calculates ALPHA probabilities at each stage for all states,
- [BETA]=beta_1(GAMMA,N)This function calculates BETA probabilities at each stage for all states,
- [g]=gamma_1(Apriori,N,Inp...This function uses Apriori probabilities, Input matrix, Parity Bit Matrix,
- [next_state,parity_bit]=p...Function for finding next state and corresponding parity bit using the
- [p_x0,p_x1,lappr_1]=lappr...Calculates LAPPR at each stage using ALPHA, BETA and GAMMA
- turbo.m
-
View all files
Turbo Code
by Yogesh K Soniwal
11 Dec 2012
(Updated 30 Jul 2013)
Turbo code performance over AWGN channel using RSC encoder & BCJR decoder for code [1,1+D+D^2/1+D^2]
|
Watch this File
|
| File Information |
| Description |
Information bits are encoded using RSC (Recursive Systematic Convolution) encoder. Additive White Gaussian Noise is included at the receiver and the received bits are decoder using iterative BCJR decoder. |
| Required Products |
Communications System Toolbox
|
| MATLAB release |
MATLAB 8.1 (R2013a)
|
|
Tags for This File
|
| Everyone's Tags |
|
| Tags I've Applied |
|
| Add New Tags |
Please login to tag files.
|
| Updates |
| 30 Jul 2013 |
Iterations increased for better performance |
|
Contact us