Madhavasarma,P
SASTRA University, Sarswathy College of Engineering &Technolgy Tindivanam, National Instituite of Technolgy Trichy, AKT Memorial College of Engineering and Technology
Research areas: Engineering · Control and Systems Engineering · Advanced Control Systems Design · Control Systems and Identification · Bone Tissue Engineering Materials
0000-0003-0485-8111
About
Dr P. Madhavasarma is a Professor & Deputy Controller of Examinations at SASTRA Deemed University, Thanjavur. Before joining SASTRA, he was with Saraswathy College of Engineering & Technology, Tindivanam, where he also led a research project under intramural funding. His research expertise spans model prediction, fracture healing analysis, process modelling and simulation, control-relevant process identification, biomedical engineering, and soft computing techniques. He is currently involved in interdisciplinary research with medical practitioners, focusing on fracture healing through soft computing and image processing techniques, particularly in developing 3D-printed scaffolds for medical treatments. Dr. Madhavasarma has worked as a consultant for electrical product-based industries, contributing to product quality enhancement. He holds three published patents, with certificates issued by the Indian Patent Office:
Employment
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SASTRA University Professor &Deputy Controller of Examinations2022 - Present
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Sarswathy College of Engineering &Technolgy Tindivanam Principal&Professor2011 - 2022
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AKT Memorial College of Engineering and Technology Principal&Professor2010 - 2011
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SASTRA University Senior Assistant professor1996 - 2010
Education
- 2007 - 2009
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National Instituite of Technolgy Trichy M.Tech2003 - 2005
Projects & Funding
Projects & funding information is unavailable.
Publications (87)
- Emotionally Aware Machine Learning for X‐Ray Fracture Classification Save
- A Bibliometric Review on No Code ML: A Case Study with the Diagnosis of Cardiovascular Disease Save
- Enhancing Temporal Coherence in CNN-Based Automated Sleep Staging Through Sequence-Aware Post-Hoc Refinement Save
- Intelligent porosity control in hydroxyapatite using fuzzy logic and electronic doping tuning for advanced biofunctional materials Save
- AI and IoMT Convergence for Emergency Healthcare: Aadhaar Authentication, Secure Data Management, and Automated Fracture Detection Save
- Intelligent pH Regulation with an Adaptive Neuro-Fuzzy PI Controller in Saccharomyces cerevisiae Bioreactors for Improved Invertase Production Save
- Deepfakes Unleashed Save
- An Intelligent Hybrid System for Fracture Detection and Healing Time Estimation from X- ray Images Using Lead-Lag CompensatorAnalyser Save
- Deepfakes Unleashed: Exploring the Role of Blockchain in Managing AI- Generated Content Save
- TFL-Net: A Hybrid Deep Learning Framework for Tibia Fracture Detection and Localization Save
- Bio-inspired feature selection for early diagnosis of Parkinson’s disease through optimization of deep 3D nested learning Save
- Bio-inspired feature selection for early diagnosis of Parkinson's disease through optimization of deep 3D nested learning Save
- Hydroxyapatite Materials and Their Characterization Study for Effective Development of Cast at War-Front Scenario Save
- IMPACT OF TASK PERFORMANCE ON JOB SATISFACTION OF IT EMPLOYEES Save
- Studies on physiochemical modifications on biologically important hydroxyapatite materials and their characterization for medical applications Save
- THE VIBRATION CONTROL OF SMART STRUCTURE USING OBSERVER BASED ADAPTIVE NEURO FUZZY CONTROLLER Save
- An electrical stimulation data based model to predict the healing period of fractured limb Save
- Biologically important non-linear optics crystal substitute for tibia fracture: Healing diagnosis Save
- Effect of sintering on microstructure of human natural bone Save
- Measurement of Electrolyte Levels in Vegetable Samples using Ion Selective Electrodes (ISE) Technique Save