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In this paper, a novel approach is introduced for performing real-time speech modulation enhancement to increase speech intelligibility in noise. The proposed modulation enhancement technique operates independently in the frequency and time domains. In the frequency domain, a compression function is used to perform energy reallocation within a frame. This compression function contains novel scaling operations to ensure speech quality. In the time domain, a mathematical equation is introduced to reallocate energy from the louder to the quieter parts of the speech. This proposed mathematical equation ensures that the long-term energy of the speech is preserved independently of the amount of compression, hence gaining full control of the time-energy reallocation in real-time. Evaluations on intelligibility and quality show that the suggested approach increases the intelligibility of speech while maintaining the overall energy and quality of the speech signal.

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