Dr.S.RAVINDRA KUMAR

Ph.D (Information and Communication)
M.Tech ( Electronics Design and Technology)
B.E (Electronics and Communication)
(PG: NIT Calicut Alumnus: UG: CIT Alumnus)

PUBLICATIONS

A Dynamic Model for FECG Synthesis and Preprocessing :A Signal Processing Approach’, Springer Book series on Advances in Intelligent Systems and Computing, vol. 308, pp. 761-770,>>Read more..

‘Certain Investigation On De-Noising the Multichannel Abdominal ECG Signal Using Various Adaptive Noise Suppression Techniques’, Australian Journal of Basic and Applied Sciences, vol. 9, no. 5, pp. 372-380.>>Read More..

‘A Multi-Stage Adaptive Singular Value Decomposition Approach for Fetal ECG Signal Extraction in Multichannel Input System for Prenatal Health Monitoring’, Asian Journal of Information Technology, vol. 15, no. 6, pp. 10491055.>>Read More..

‘SMALS: A SVD Multi-Stage Adaptive Least Square Approach For FECG Signal Feature Extraction In Multichannel System’, International Journal of System Design and Information Processing, vol. 1, no. 1, pp. 1-7.

An Area And Power Efficient FIR Filter Design Using Double Base Number System,Journal of Advanced Computing, Communication and Technologies, Vol.4,no.3 pp.22-31

Design of Array Logic Adder Using Multigate device- Implementation Issues, Journal of Advanced Computing, Communication and Technologies, Vol.3,no.2 pp.38-49

Design of low power blink detector for minimally invasive implantable stimulator (SOC) using 180nm technology>>Read More..

Design Of New Implantable Stimulator Chip (Soc) For NonInvasive / Minimally Invasive Biomedical Application>>Read More..

Detection Of Cardiovascular Abnormalities Using Peak Detection And Adaptive Thresholding: A Synthetic And Real Time Approach>>Read More..

Fetal ECG Extraction And Enhancement In Prenatal Monitoring-Review And Implementation Issues>>Read More..

RESEARCH INTEREST

 Embedded and Microcontroller design.

 Electronic System design.

 Digital and Analog integrated circuit design.

 VLSI design.

 Biomedical signal processing

 VLSI signal processing

 Robotics Design