A G Ramakrishnan
Indian Institute of Science, H P Lab India, P S G College of Technology
About
Currently working on analysis of EEG recorded during meditation, sleep, deep breathing with breath-hold, and disorders of consciousness. Creating DNN-based speech recognition technology, scalable to new languages. Created a reading machine for the blind for printed text in Kannada & Tamil. Using our Tamil OCR, Worth Trust Chennai has converted over 500 printed books to Braille books. Ramakrishna Mission, Pondicherry University Library, Mitra Jyothi, Mathruchchaya, Samrita Trust, Vision Through Ears use our Tamil and Kannada OCR. We also have online handwriting recognition engines for Tamil and Kannada. Our text-to-speech (TTS) conversion demo for Tamil and Kannada is on MILE lab website.
Employment
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H P Lab India Principal Research Scientist2002 - 2003
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Indian Institute of Science Professor1992 - Present
Education
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P S G College of Technology B. E. (Honours) in ECE1975 - 1980
Projects & Funding
Projects & funding information is unavailable.
Publications (196)
- High Theta–Low Alpha Modulation of Brain Electric Activity During Eyes-Open Brahma Kumaris Rajyoga Meditation Save
- Suitability of syllable-based modeling units for end-to-end speech recognition in Sanskrit and other Indian languages Save
- Coherence-based interhemispheric EEG functional connectivity changes in distinct frequency bands during eyes open meditation Save
- Can lifestyle factors be the key in deciding the COVID-19 outcome? Save
- Assessment of submentalis muscle activity for sleep-wake classification of healthy individuals and patients with sleep disorders Save
- Classifying sleep-wake states of patients by training on single EEG or EOG channel data from normal subjects Save
- EEG-based biometrics: phase-locking value from gamma band performs well across heterogeneous datasets Save
- EXPLORING A UNIFIED ASR FOR MULTIPLE SOUTH INDIAN LANGUAGES LEVERAGING MULTILINGUAL ACOUSTIC AND LANGUAGE MODELS Save
- Effects of Breathing and Breath-hold on Brain Functional Connectivity Save
- Functional Connectivity Methods for EEG-based Biometrics on a Large, Heterogeneous Dataset Save