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    Chapter and Conference Paper

    In-Node Adaptive Compressive Sensing Technique for EEG Signal in WBAN

    Electroencephalography (EEG) signal is vital for the detection and analysis of brain-related disorders. Brain waves are non-sparse in either in time or many other transform domains. In this paper, the proposed...

    Rajashekar Kunabeva, L. B. Vinutha in Data Intelligence and Cognitive Informatics (2022)

  2. Article

    Open Access

    A novel signal-adaptive multi-feature extraction algorithm for arrhythmia detection

    The significant features like an amplitude and intervals of electrocardiograph or P-QRS-T wave represent the functionality of the heart. Accurate extraction of these features helps in capturing characteristics...

    L. B. Vinutha, P. S. Ramkumar in Bulletin of the National Research Centre (2021)