Add to ORKGIn this letter, we introduce a two-state turbo-TCM scheme based on the concatenated tree codes. The proposed scheme can achieve near capacity performance yet has considerably lower decoding complexity compared with other existing turbo-TCM codes. Key words: Error-correcting codes, parallel concatenated codes, turbo codes, trellis-coded modulation. 1
This chapter provides design, analysis, construction, and performance of the turbo codes, serially c...
The aim of this paper is to describe in detail the iterative decoding algorithm used during the impl...
This paper compares bit v.s. symbol interleaving for parallel-concatenated trellis-coded turbo codes...
The recently introduced error correcting code technique known as turbo coding promises the ability t...
Abstract – Turbo codes were a major milestone in the forward error correction codes which can even a...
Abstract—The original turbo codes (TCs), presented in 1993 by Berrou et al., consist of the parallel...
International audienceThe original turbo codes (TCs), presented in 1993 by Berrou et al., consist of...
The paper presents a new scheme of concatenated codes, referred to as Serially Concatenated Turbo (S...
The encoding, decoding and performance analysis of concatenated partial unit memory (PUM) code struc...
Abstract- We propose an analytical method to u p per bound the bit error probability of parallel con...
In designing a wireless communication transceiver, the main objective is to achieve high-speed high-...
In this paper, we consider possible solutions for noncoherent decoding of concatenated codes with sp...
In recent years, the invention of Turbo codes has spurred much interest in the coding community. Tur...
Abstract—This paper is concerned with a family of concate-nated tree (CT) codes. CT codes are specia...
Channel coding is a powerful technique to get reliable communication over noisy channels. The perfor...
This chapter provides design, analysis, construction, and performance of the turbo codes, serially c...
The aim of this paper is to describe in detail the iterative decoding algorithm used during the impl...
This paper compares bit v.s. symbol interleaving for parallel-concatenated trellis-coded turbo codes...
The recently introduced error correcting code technique known as turbo coding promises the ability t...
Abstract – Turbo codes were a major milestone in the forward error correction codes which can even a...
Abstract—The original turbo codes (TCs), presented in 1993 by Berrou et al., consist of the parallel...
International audienceThe original turbo codes (TCs), presented in 1993 by Berrou et al., consist of...
The paper presents a new scheme of concatenated codes, referred to as Serially Concatenated Turbo (S...
The encoding, decoding and performance analysis of concatenated partial unit memory (PUM) code struc...
Abstract- We propose an analytical method to u p per bound the bit error probability of parallel con...
In designing a wireless communication transceiver, the main objective is to achieve high-speed high-...
In this paper, we consider possible solutions for noncoherent decoding of concatenated codes with sp...
In recent years, the invention of Turbo codes has spurred much interest in the coding community. Tur...
Abstract—This paper is concerned with a family of concate-nated tree (CT) codes. CT codes are specia...
Channel coding is a powerful technique to get reliable communication over noisy channels. The perfor...
This chapter provides design, analysis, construction, and performance of the turbo codes, serially c...
The aim of this paper is to describe in detail the iterative decoding algorithm used during the impl...
This paper compares bit v.s. symbol interleaving for parallel-concatenated trellis-coded turbo codes...