Programs
- Post Doctoral Certificate Course in Oncopathology and Renal Pathology - Fellowship
- BSc Honours in Mathematics with Minor in Computer Science - Undergraduate
Modeling Cerebellar Granular Layer Activity and Evoked LFP
Computational Neuroscience of Interconnected Circuits and Network Level Dynamics
| M. Sc. Bioinformatics | |
| Sagar Babu S. | Using Predictive Analytics to Analyze Human Gait Swing-Stance Phases |
| M. Sc. Biotechnology | |
| Muralikrishna S. | EEG-based neural activity correlations in perception of music and cortical re-organization among musicians and non-musicians |
| Akhil K. S. | Neurophysiological Characterization of Indian and Western Classical Music Perception in the Cortex Using Non-Invasive Electroencephalography |
| B. Sc. Biotechnology | |
| Amritha Suresh | Assessing Healthy Human Gait Movements Using Wearable Accelerometer Sensors |
| Anandu S. Babu | |
| Anjitha R. Vijay | |
| Reuben Jacob Mathew | |
| Swetha Krishna | |
| Arathy Koranath | Biochemical Systems Theory of ALzheimers and Parkinsons disease |
| Kanishka Bhaskar | |
| Lakshmi A. Nair | |
| Namitha N. A. | |
| Shibin Mubarak M. | |
| Manu Narayanan Pottti E. M. | Identifying different cortical regions responsible for moment initiation and progressive gait using experimental techniques |
| Rithul M. | |
| Sreelekshmi M. S. | |
| Uma S. | |
| Yellapu Bhuvaneshwari | |
| Abhijith A. Sekhar | Exploring neural dynamics of savasana and Ma-AUM Meditation as an integrated technique using EEG |
| Gayathri S. Pillai | |
| Lakshmi S. Prasad | |
| Midhun Krishna V. K. | |
| Sreehari S. J. | |
| Vaishnav S. Kumar | |
| M. Sc. Bioinformatics | |
| Sreedev Radhakrishnan | Modeling Neurovascular Coupling in the Cerebellar Cortex |
| Anandhu Presannan | Mathematical Modeling of the Deep Cerebellar Nucleus |
| Abhijith Balachandran | Experimental Recording and Assessment of Human Gait for Movement Classification using a Low-cost Approach |
| MCA | |
| Liya Edison MayaKrishnan K. S. |
Experimental Recording and Computational Analysis of EEG signals for a Squeeze Task: Assessments and Impacts for Applications |
| Neenu P Ramchandran R. Rajasree |
Design and Implementation of an Open-source Browser-based Laboratory Platform for EEG Data Analysis |
| BSc Biotechnology | |
| Malavika Pradeep Maanasa Bhaskar Evelin Pradeep Sruthi Kadavath Anu Priya |
Modeling of Alzheimer’s disease using Biochemical Systems Theory |
| M. Sc. Bioinformatics | |
| Anuja T | Understanding the Modulatory Role of Dopamine in Basal Ganglia Circuit |
| Sruthy S | Ranked Feature Selection of EEG Data for Motor Imagery Movement Tasks |
| Jyothisree N | Experimental Gait Data Recording and Understanding Swing and Stance Phase Using Machine Learning |
| Aswathy A A | Measuring Gait Data and Feature Identification for Stance and Swing Phase Using Machine Learning |
| Nishamol G N | Computational Modelling of Single Neurons and Basal Ganglia Microcircuit using Spiking Neuron Model |
| Radhika K P | Modelling and REconstruction of LFP For Granular Layer Using a Neural Mass Model |
| Vivek G S | Comparing Cerebellum – Based Control of Robotic Kinematics |
| Vinayak Sankar K S | Computational Modelling of Cerebellum Granular Layer Local Field Potential Using Spiking Neuron Models |
| MSc Biotechnology | |
| Joshy Alphonse | Developing an Open-Source Web based Spiking Neuron and Network Simulator for Modelling Spatio-temporal Dynamics of Cortical and Cerebellar Circuits |
| MCA | |
| Krishnapriya U | Multi-Compartmental Modelling of BIological Neurons on GPGPU |
| Akshya P S Athira Ramakrishnan |
Information Theoretic Visualization of Spiking Neural Networks |
| BSc Biotechnology | |
| Pyaree Mohan Das | Biochemical Systems Theory (BST) In Parkinson’s Disease |
| M. Sc. Bioinformatics | |
| Clinton M U | Biochemical System Theory of Alpha-Synuclein in the Central Nervous System |
| Harikrishnan C | Identifying Movement Patterns for Brain Machine Interfaces |
| Rahul D Lal | Neural Mass Model of Cerebellum Granular Layer |
| Aishwarya J | Reconstruction of Cerebellum Granule Neuron Responses to Auditory and Visual Inputs |
| MCA | |
| Anjitha T K Surya T K |
Computational Modelling of Spiking Basal Ganglia Microcircuit |
| Ahalya A R | FMRI Bold from Neural Spiking Activity |
| B Tech in Computer Science and Engineering | |
| Durga S Susmitha V |
Hopfield Network for Bonding and Self Attachment of Indian Student Perspectives |
| Bachelor of Technology (Branch : Biotechnology) | |
| Vivekadharshini P (PSG College of Technology) | Studying Cerebellar Circuit Function by Reconstructing Local Field Potentials (LFPs) |
| MCA | |
| Anjana S Bhagyalakshmi Muralidharan |
Modelling Pattern Abstraction in Cerebellum and Estimation of Optimal Storage Capacity |
| Lekshmi Priya R Ritu Maria Zacharia |
Spike Encoding for Pattern Recognition: Comparing Cerebellum GRanular Layer Encoding and BSA Algorithms |
| MTech VLSI Design | |
| Deepthi Rajamohanan | VLSI Implementation of Spiking CMAC |
| MSc Physics | |
| Aadityan S | Developing and Implementing Neuronal Biophysics and Network Dynamics via an Open Source Browser based Simulator |
| BSc Computer Science | |
| Nithin P Varghese | Tool for Visualization of brain activity |
| MTech Cyber Security | |
| Priya C | Theme Interception Sequence Learning: Deflecting Rubber-Hose Attacks Using Implicit Learning |
| M. Sc. Bioinformatics | |
| Aswathy Mary Paul | Using Mutual Information to Estimate Granular Neuron Information Processing |
| Arathi GR | Estimation of Mutual Information at Mossy Fiber-Granule cell Relay |
| M. Sc. Computer Science | |
| Midhula Chandran (IIITMK) | Quantifying Cerebellar Mossy Fiber-Granule Cell Synaptic Variability Using Maximum Entropy Methods |
| B. Tech. CSE | |
| Manu M R Rohit Joseph Sebastian Unnikrishnan S Vishnu S Menon |
Structure-Function based Automated Document Analysis System in Neuroinformatics |
| M. Sc. Bioinformatics | |
| Ambujam Krishnan | Implication of Line Source approximation in granular layer population Code: Modeling and Validations |
| Priya H | Reconstructing current source density maps in cerebellar granule layer and the role of LFP’s |
| Nishitha K | Parallelization of detailed 3D network model of Cerebellar Granular Layer |
| Mithun Haridas | Parallelization of Biophysically detailed cerebellar Granular layer model |
| B. Tech. ECE | |
| Karthik Ainala AGK Swaroop N Sanjay Narayan |
Bio-inspired robotics and cerebellar design of articulation control |
| Devidayal Soman Jessin PA Sreenath PS Srikanth S |
Extending study of ferromagnetic material via dynamic magnetic hysteresis modeling and remote-triggered hardware. |
| Jince Thomas Praveen M Simone Cherry Vishnu Premkumar |
Cerebellum Inspired Neural Pattern Classifier |
| B. Tech. Biotechnology | |
| Jaiashre S (PSG College of Technology) | Modeling of Synaptic and Non-Synaptic Effects on Cerebellar Microcircuits |
| M. Sc. Bioinformatics | |
| Priyanka Mandhan | Generalization of Large Scale Neuronal Model via a Hybrid of Simple Spiking Neurons and Look-up-Tables |
| Deepak Ranjan Sethi Afila Yoosef |
Parallelizing an Event based neural Microcircuit Model |
| Sreelakshmi E S | Simple Spiking Neuron Simulator |
| Kiri Amitkumar | Modeling parallel Fibres in Cerebellar Granule Cell Neuron |
| B. Tech. ECE | |
| Devan PS Gosh UG Manish MP |
Automating object slam for bio-inspired autonomous robotic systems |
| Kiran Jayaraj Sharath Mohan |
SLAM Algorithm for Motor Articulation in Bio-inspired Cybernetic Systems |
| M. Sc. Bioinformatics | |
| Sathyaa S | Synaptic Inhibition and Granular Layer Network |
| Nimshitha PA | Quantifying Information flow in single neuron and its impact on LFP Waveform |
| Priyanka James | Information Processing in Granule Cell |
| Harilal P | Visualizing cerebellar Granular layer plasticity |
| Krishna Chaitanya | Modeling input stage of the cerebellum |
