Our Faculty

Year : 2024

Deep Learning Supported Echocardiogram Analysis: A Comprehensive Review

Cite this Research Publication : Sanjeevi G., Uma Gopalakrishnan.,Rahul Krishnan Pathinarupothi., and Thushara Madathil., “Deep Learning Supported Echocardiogram Analysis: A Comprehensive Review,” Artificial Intelligence in Medicine, revised manuscript submitted in February 2024, (Under Review). Impact factor: 7.5

Publisher : Artificial Intelligence in Medicine

Year : 2023

Automatic Diagnostic Tool for Detection of Regional Wall Motion Abnormality from Echocardiogram

Cite this Research Publication : Sanjeevi, G., Gopalakrishnan, U., Pathinarupothi, R.K. and Madathil, T., 2023. Automatic Diagnostic Tool for Detection of Regional Wall Motion Abnormality from Echocardiogram. Journal of medical systems, 47(1), p.13, Publisher: Springer Nature, Impact factor: 5

Publisher : Springer Nature

Year : 2017

Gesture triggered, dynamic gaze alignment architecture for intelligent eLearning systems

Cite this Research Publication : N. Ramkumar, P. Rangan, V., Uma Gopalakrishnan, and Balaji Hariharan, “Gesture triggered, dynamic gaze alignment architecture for intelligent eLearning systems”, Journal of Intelligent and Fuzzy Systems, vol. 32, pp. 2963-2969, 2017.

Publisher : Journal of Intelligent and Fuzzy Systems

Year : 2016

Multilayered presentation architecture in intelligent eLearning systems

Cite this Research Publication : Uma Gopalakrishnan, Ramkumar, N., P. Rangan, V., and Balaji Hariharan, “Multilayered presentation architecture in intelligent eLearning systems”, Advances in Intelligent Systems and Computing, vol. 530, pp. 533-541, 2016.

Publisher : Advances in Intelligent Systems and Computing.

Year : 2023

Rapid Detection of Penetration-Aspiration from Fluoroscopic Videos in Dysphagia Patients

Cite this Research Publication : Sanjeevi, G., Gopalakrishnan, U., Pathinarupothi, R.K., Arya, C.J. and Iyer, S., 2023, December. Rapid Detection of Penetration-Aspiration from Fluoroscopic Videos inDysphagia Patients. In 2023 IEEE 23rd International Conference on Bioinformatics and Bioengineering (BIBE) (pp. 409-413). IEEE Computer Society.

Publisher : IEEE

Year : 2022

Deep Learning Pipeline for Echocardiogram Noise Reduction

Cite this Research Publication : Sanjeevi, G., Pathinarupothi, R.K., Uma, G. and Madathil, T., 2022, April. Deep Learning Pipeline for Echocardiogram Noise Reduction. In 2022 IEEE 7th International conference for Convergence in Technology (I2CT) (pp. 1-6).

Publisher : IEEE

Year : 2017

Gaze Alignment Techniques for Multipoint Mobile Telemedicine for Ophthalmological Consultations

Cite this Research Publication : Ramkumar Narayanan, Uma Gopalakrishnan, and Ekanath Srihari Rangan, “Gaze Alignment Techniques for Multipoint Mobile Telemedicine for Ophthalmological Consultations”, in 7th EAI International Conference on Wireless Mobile Communication and Health care (MobiHealth 2017), Vienna, Austria, 2017

Publisher : 7th EAI International Conference on Wireless Mobile Communication and Health care (MobiHealth 2017), Vienna, Austria.

Year : 2013

Multi speaker detection and tracking using audio and video sensors with gesture analysis

Cite this Research Publication : Multi Speaker Detection and Tracking using Audio and Video Sensors with Gesture Analysis (link is external)Balaji Hariharan, Hari S., Uma Gopalakrishnan Tenth International Conference on Wireless and Optical Communications Networks WOCN2013 Next Generation Internet,TIT College, Bhopal, Madhya Pradesh, INDIA 2013/07

Publisher : Tenth International Conference on Wireless and Optical Communications Networks WOCN2013 Next Generation Internet,TIT College, Bhopal, Madhya Pradesh, INDIA .

Year : 2020

Remote Monitoring of Patients Using Drone Devices

Cite this Research Publication : Balaji Hariharan, Uma G, Ramkumar, Venkat Rangan, Maneesha Vinodini Ramesh, "Remote Monitoring of Patients Using Drone Devices", Application Number: 202041016523, Patent Type: Provisional, Indian Patent, April 16, 2020

Publisher : Application Number: 202041016523, Patent Type: Provisional, Indian Patent.

Year : 2018

Teleimmersive: System and Method for Synthesizing, Preserving Consistent Relative Neighborhood Positions in Multiperspective Multipoint Tele-Immersive Environment (CIP3)

Cite this Research Publication : Dr. Venkat, Balaji Hariharan, Rahul Krishnan, Ramkumar N., and G. Uma, “Teleimmersive: System and Method for Synthesizing, Preserving Consistent Relative Neighborhood Positions in Multiperspective Multipoint Tele-Immersive Environment (CIP3)”, 15/850,214, US Patent 10,360,808 granted on July 23, 2019, Published May 3, 2018.

Publisher : 15/850,214, US Patent 10,360,808 granted

Year : 2017

Teleimmersive: System and Method for Synthesizing, Preserving Consistent Relative Neighborhood Positions in Multiperspective Multipoint Tele-Immersive Environment (CIP2-3D)

Cite this Research Publication : Dr. Venkat, Balaji Hariharan, Rahul Krishnan, Ramkumar N., and G. Uma, “Teleimmersive: System and Method for Synthesizing, Preserving Consistent Relative Neighborhood Positions in Multiperspective Multipoint Tele-Immersive Environment (CIP 2-3D)”, 15/180,604, US Patent 9,852,647 B2, Granted on December 26, 2017, Published on October 13, 2016.

Publisher : 15/180,604, US Patent 9,852,647 B2, Granted on December 26, 2017

Year : 2017

Teleimmersive: System and Method for Synthesizing, Preserving Consistent Relative Neighborhood Positions in Multiperspective Multipoint Tele-Immersive Environment (CIP1-2D)

Cite this Research Publication : Dr. Venkat, Balaji Hariharan, Rahul Krishnan, Ramkumar N., and G. Uma, “Teleimmersive: System and Method for Synthesizing, Preserving Consistent Relative Neighborhood Positions in Multiperspective Multipoint Tele-Immersive Environment (CIP 1-2D)”, 15/180,414 US Patent 9,826,196 B2, Granted on November 21, 2017, Published on October 10, 2016.

Publisher : 15/180,414 US Patent 9,826,196 B2, Granted .

Year : 2016

Teleimmersive: System and Method for Synthesizing, Preserving Consistent Relative Neighborhood Positions in Multiperspective Multipoint Tele-Immersive Environment

Cite this Research Publication : Dr. Venkat, Balaji Hariharan, Rahul Krishnan, Ramkumar N., Sreedevi A. G. and G. Uma, “Teleimmersive: System and Method for Synthesizing, Preserving Consistent Relative Neighborhood Positions in Multiperspective Multipoint Tele-Immersive Environment”, 3888/CHE/2013, PCT/IB2014/064059, India Patent, 8/30/2013-Prov, 8/14/14 NP, 8/26/14-PCT, Indian Spec Published June 17, 2016, RFE filed July 8, 2015 (PCT initial pub March 3, 2015, later with International Search Report July 16, 2015).

Publisher : 3888/CHE/2013, PCT/IB2014/064059, India Patent, 8/30/2013-Prov, 8/14/14 NP, 8/26/14-PCT, Indian Spec Published June 17, 2016, RFE filed July 8, 2015 (PCT initial pub March 3, 2015, later with International Search Report

Year : 2016

System and Method for Synthesizing, Preserving Consistent Relative Neighborhood positions in Multiperspective Multipoint Tele-Immersive Environment

Cite this Research Publication : P. Venkat Rangan, Balaji Hariharan, Krishnan, R., Narayanankutty, R., Gopakumar, A., and Uma Gopalakrishnan, “System and Method for Synthesizing, Preserving Consistent Relative Neighborhood positions in Multiperspective Multipoint Tele-Immersive Environment”, U.S. Patent 14/216,083 2016.

Year : 2016

System and Method for Synthesizing, Preserving Consistent Relative Neighborhood positions in Multiperspective Multipoint Tele-Immersive Environment (2D)

Cite this Research Publication : P. V. Rangan, Balaji Hariharan, Rahul K Pathinarupothi, Narayanankutty, R., Gopakumar, S. A., and Uma Gopalakrishnan, “System and Method for Synthesizing, Preserving Consistent Relative Neighborhood positions in Multiperspective Multipoint Tele-Immersive Environment (2D)”, U.S. Patent US 15/180,4142016.

Publisher : Amrita Vishwa Vidyapeetham.

Year : 2016

System and Method for Synthesizing, Preserving Consistent Relative Neighborhood positions in Multiperspective Multipoint Tele-Immersive Environment (3D)

Cite this Research Publication : P. V. Rangan, Balaji Hariharan, Rahul K Pathinarupothi, Narayanankutty, R., Gopakumar, S. A., and Uma Gopalakrishnan, “System and Method for Synthesizing, Preserving Consistent Relative Neighborhood positions in Multiperspective Multipoint Tele-Immersive Environment (3D)”, U.S. Patent US 15/180,6042016.

Publisher : Amrita Vishwa Vidyapeetham.

Year : 2016

System and Method for Synthesizing, Preserving Consistent Relative Neighborhood positions in Multiperspective Multipoint Tele-Immersive Environment (2D)

Cite this Research Publication : P. V. Rangan, Balaji Hariharan, Rahul K Pathinarupothi, Narayanankutty, R., Gopakumar, S. A., and Uma Gopalakrishnan, “System and Method for Synthesizing, Preserving Consistent Relative Neighborhood positions in Multiperspective Multipoint Tele-Immersive Environment (2D)”, U.S. Patent US 15/180,4142016

Publisher : U.S. Patent US 15/180,4142016