Add to ORKGIn this paper an algorithm is proposed that finds the optimal activation schedule for the component decoders for iterative decoding of systems with three or more serially concatenated codes. It is optimal in terms of minimizing the total decoding complexity required to reach the convergence point. It is also demonstrated that the convergence threshold can be found by combining several three-dimensional extrinsic information transfer (EXIT) surfaces into one two-dimensional EXIT chart
Abstract — In this paper we show how to find optimal energy distribution together with optimal punct...
In this paper 3-D Extrinsic Information Transfer (EXIT) charts are used to design binary Self-Concat...
International audienceIn this paper, we provide a general framework for spatially-coupled concatenat...
In this paper an algorithm is proposed thatfinds the optimal activation schedule for the componentde...
An interesting practical consideration for decoding of serial or parallel concatenated codes with mo...
We propose an algorithm for findingthe optimal decoder activation order in a system withmore than tw...
The objective of this thesis is to develop a methodology for designing efficient multiple concatenat...
Optimal puncturing ratios for parallel concatenatedcodes with two or more constituent codes are foun...
A new algorithm to reduce the computational complexity of iterative decoding is presented. The algor...
In this paper, upper bounds to the average maximum-likelihood bit error probability of serially conc...
A new algorithm to reduce the computational complexityof iterative decoding is presented. The algori...
Extrinsic information transfer (EXIT) charts have been used extensively for designing concatenated c...
An improved concatenated code structure, which generalizes parallel and serially concatenated convol...
This paper is concerned with the decoding technique and performance of multi-dimensional concatenate...
International audienceAn improved concatenated code structure, which generalizes parallel and serial...
Abstract — In this paper we show how to find optimal energy distribution together with optimal punct...
In this paper 3-D Extrinsic Information Transfer (EXIT) charts are used to design binary Self-Concat...
International audienceIn this paper, we provide a general framework for spatially-coupled concatenat...
In this paper an algorithm is proposed thatfinds the optimal activation schedule for the componentde...
An interesting practical consideration for decoding of serial or parallel concatenated codes with mo...
We propose an algorithm for findingthe optimal decoder activation order in a system withmore than tw...
The objective of this thesis is to develop a methodology for designing efficient multiple concatenat...
Optimal puncturing ratios for parallel concatenatedcodes with two or more constituent codes are foun...
A new algorithm to reduce the computational complexity of iterative decoding is presented. The algor...
In this paper, upper bounds to the average maximum-likelihood bit error probability of serially conc...
A new algorithm to reduce the computational complexityof iterative decoding is presented. The algori...
Extrinsic information transfer (EXIT) charts have been used extensively for designing concatenated c...
An improved concatenated code structure, which generalizes parallel and serially concatenated convol...
This paper is concerned with the decoding technique and performance of multi-dimensional concatenate...
International audienceAn improved concatenated code structure, which generalizes parallel and serial...
Abstract — In this paper we show how to find optimal energy distribution together with optimal punct...
In this paper 3-D Extrinsic Information Transfer (EXIT) charts are used to design binary Self-Concat...
International audienceIn this paper, we provide a general framework for spatially-coupled concatenat...