Performance Analysis of Linear Block Code, Convolution code and Concatenated code to Study Their Comparative Effectiveness

A new concatenated linear high rate space-time block code

Future wireless communication systems are characterized by heterogeneity in terms of node capabilities, link level requirements, propagation environments, cell designs and subnet structures. High carrier frequencies and large system bandwidth will make extreme diversity factors feasible. This imposes new requirements on space-time codes. In this paper we present a new concatenated linear space-...

Revisiting a High-Performance Serially-Concatenated Code

This paper aims to verify the performance of a serially concatenated code proposed by Stephan ten Brink [1]. The code combines an outer rate one-half repetition code with an inner rate one convolutional code, separated by a permuter. The code is claimed to reach a bit error rate under 10 by 0.28 dB.

Concatenated codes with fixed inner code and random outer code

Performance Analysis of Multi-Carrier CDMA system using Convolution Code

Multi-Carrier Code Division Multiple Access (MC-CDMA) system performance is evaluated with Convolutional error control coding in this paper. Multiple antennas are used at transmitting and receiving side to improve the performance. Various types of equalization schemes are examined. 2x2 antennas considered and code rate of convolutional encoder is 1⁄2. AWGN and Rayleigh fading channel is conside...

New [48,16,16] Optimal Linear Binary Block Code

ALinear binary [n, k]-code is a k-dimensional subspaces of the n-dimensional vector space GF (2) over the finite field GF (2) with 2 elements. The 2 codewords of length n are the elements of the subspace, they are written as row vectors. The weight wt(c) of a codeword is defined to be the number of nonzero entries of c and the minimum distance dist(C) of a code C is the minimum of all weights o...