Abstract
In this letter, channel capacity of dimmable visible light communication systems with M-ary pulse amplitude modulation (M-PAM) channel input alphabets is investigated. Mutual information is maximized considering both the probability input distribution and the M-PAM levels simultaneously. Schemes with non-equally spaced M-PAM levels are obtained as a result of this maximization process and they lead to gains in capacity when compared with previous schemes proposed in the literature.
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