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FIELD EXTENSION AND DESIGNING A NEW 2 × 2 FULL-DIVERSITY, FULL-RATE AND INFORMATION LOSSLESS SPACE-TIME BLOCK CODE ∗

Sadegh Tofigh, Alireza Morsali, Mohammad Askarizade, Hossein Momenaee Kermani

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Abstract

Based on field extensions we propose a novel aspect for designing linear dis- persion space-time block codes (STBCs). The proposed code achieves the maximum attainable diversity. This code is also full-rate and proved to be information lossless. The simulation resultsalso show that the proposedscheme outperformsthe Golden code when BPSK constellation is utilized.

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What this paper is about

Based on field extensions we propose a novel aspect for designing linear dis- persion space-time block codes (STBCs). The proposed code achieves the maximum attainable diversity. This code is also full-rate and proved to be information lossless. The simulation resultsalso show that the proposedscheme outperformsthe Golden code when BPSK constellation is utilized.

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Available abstract

Based on field extensions we propose a novel aspect for designing linear dis- persion space-time block codes (STBCs). The proposed code achieves the maximum attainable diversity. This code is also full-rate and proved to be information lossless. The simulation resultsalso show that the proposedscheme outperformsthe Golden code when BPSK constellation is utilized.

Key concepts: Lossless compression, Code (set theory), Code rate, Computer science, Extension (predicate logic), Block code, Block (permutation group theory), Algorithm

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FIELD EXTENSION AND DESIGNING A NEW 2 × 2 FULL-DIVERSITY, FULL-RATE AND INFORMATION LOSSLESS SPACE-TIME BLOCK CODE ∗ — Research Paper | ScholarLens