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8849 result(s) found
Development of Technology and Machine for Controlled Spontaneous Manufacturing of Multi-scale Fractal Structures using Fluid Instabilities for Biomimetic and other Applications

Nature, in its quest for the best designs has shaped its vital systems into fractal geometries (e.g. leaf veins, respiratory system). Recent literature indeed confirms effectiveness of these geometries in several applications including tissue enginee

Section: Engineering Sciences (Research Project)
Multi-Station Multi-Axis Hybrid Layered Manufacturing System

No process or technology is omnipotent; each has certain advantages and limitations. Therefore, integrating hybrid processes and multiple technologies synergically gives the best results. Multi-Station Multi-Axis Hybrid Layered Manufacturing (MSMA-HL

Section: Engineering Sciences (Research Project)
Related: Development of Development of a multi-axis actuation system for the probe in sub-surface scanning probe microscopy Research Project › Engineering Sciences Tailoring multi-layered Tailoring multi-layered multi-stage ultrasonic welds for EV battery application and modelling of joint electro-thermal behaviours Research Project › Engineering Sciences Development of Development of an Integrated Multi-Scale Computational Platform for Modelling Laser Additive Manufacturing Processes Research Project › Engineering Sciences Development and Development and Integration of an Efficient Multi-Port Converter in Intelligent Hybrid Microgrid Energy Systems Research Project › Energy Sciences Development of Development of Functionally Gradient Components via. Hybrid Directed Energy Deposition based Additive Manufacturing Research Project › Material Sciences
A SEIR model to estimate the effect of pharmaceutical and non-pharmaceutical interventions on the spread of COVID-19

A SEIR model, with an easy-to-use software interface, will be developed. It will account for age distribution, the effect of treatment and the difference in propagation by symptomatic and asymptomatic individuals and use a range of parameters to obta

Section: Mathematical Sciences (Research Project)
Related: Modelling and Modelling and forecasting the effects of long-term interventions on COVID-19 using a network-based approach Research Project › Mathematical Sciences Spatio-temporal modelling Spatio-temporal modelling and analysis of COVID-19: A domestic and global perspective Research Project › Mathematical Sciences Spatio-temporal predictive Spatio-temporal predictive modeling framework for infectious disease spread Research Project › Medical Sciences
Agent based spatial modelling of COVID-19 pandemic for urban areas

This work proposes (1) a multi-agent spatial model for epidemic diffusion, (2) a control theoretic approach for choosing the right lockdown strategy and deciding on the duration of implementation of a strategy and, (3) to apply fuzzy logic to make th

Section: Computer Sciences and Information Technology (Research Project)
Related: COVID-19 related COVID-19 related stress, compassion fatigue, moral distress, and mental health: Testing a moderated-mediation model in healthcare workers in India Research Project › Cognitive Sciences and Psychology A capacity A capacity building initiative of the National Geospatial Program "Three day Geo Innovation Challenge" Research Project › Other
Controlling epidemics

This study aims to develop epidemic models that will keep an account of deaths and quarantines. Control strategies will be designed to achieve NPI objectives like flattening the curve. Also to study the characterisation of the spread using data drive

Section: Medical Sciences (Research Project)
Related: Understanding Epidemics Understanding Epidemics for Empowerment of ST Students Research Project › Other Areas Controlling Imperfections Controlling Imperfections in Quantum Devices Research Project › Physical Sciences Controlling Imperfections Controlling Imperfections in Quantum Devices Research Project › Physical Sciences Genetic program Genetic program controlling mesoderm differentiation Research Project › Life Sciences & Biotechnology Establishment of Establishment of a Regional Virology Laboratory at AIIMS Bhopal under the scheme for “Establishment of a network of Laboratories for Managing Epidemics and Natural Calamities” during the 12th Plan period Research Project › Life Sciences & Biotechnology
Development of prediction model for COVID-19 using machine learning

The project is targeted to develop a prediction model for predicting spread of COVID-19 in India and is based on existing data of tested, confirmed and deceased cases.

Section: Computer Sciences and Information Technology (Research Project)
Related: Empirical and Empirical and machine learning model for predicting viability of COVID-19 in different environmental conditions Research Project › Other Drug repurposing Drug repurposing against key Covid-19 drug targets using advance machine learning based Algorithms Research Project › Medical Sciences Drug repurposing Drug repurposing against key COVID-19 drug targets using advance machine learning-based algorithms Research Project › Pharmaceutical Sciences Optimal design Optimal design & development of machine learning model for remote monitoring & control of hybrid microgrid in educational institutions using smart sensor network and Iot Research Project › Engineering Sciences Development of Development of the deep learning-based risk prediction and diagnostic model for Alzheimer's Disease using integration of functional and structural MRI Scans Research Project › Medical Sciences
Identifying important factors impacting the spread and mortality rate of COVID-19 using biclustering approach

The study aims to identify various underlying factors (genetic, behavioural, societal etc.) responsible in spreading this disease.

Section: Medical Sciences (Research Project)
Related: Understanding the Understanding the post-acute COVID sequalae (PACs) of sARs-CoV-2 and its variants of concern (VoC). Research Project › Life Sciences & Biotechnology A Novel A Novel Methodology for Early Detection of Heart and Diabetes using Machine Learning and Deep Learning Techniques Research Project › Medical Sciences
Mathematical modelling of aerosolised transmission of pathogens via turbulent expiratory events

The current study aims to model the aerosolised transmission of pathogens via turbulent expiratory events – coughing, sneezing and even exhaling. Many body hydrodynamics of a droplet cluster, mimicking a cough/sneeze will be simulated, to obtain a

Section: Mathematical Sciences (Research Project)
Modelling and forecasting the effects of long-term interventions on COVID-19 using a network-based approach

The study aims at the development of a quantitative and predictive modelling framework for COVID-19, integrating non-pharmaceutical interventions using a network-based approach and stochastic simulations.

Section: Mathematical Sciences (Research Project)
Related: Evaluating the Evaluating the long term effect of Integrated Approach of Yoga Therapy IAYT on physical and mental health, quality of life and biomarkers in patients with chronic low back pain and comparing it with physical exercise or usual care A community based randomised Controlled Trial. Research Project › Medical Sciences Assessment of Assessment of neurophysiology and phenomenology of dreaming among long term practitioners of meditation: a window to explore the enduring effect of meditation on consciousness Research Project › Cognitive Sciences and Psychology A Novel A Novel Machine Learning-Driven Real-Time Flash Flood Forecasting Framework Using 3D Storm Bias-Corrected and Downscaled Satellite-Based Precipitation Estimates Research Project › Engineering Sciences Optimisation of Optimisation of lockdown, testing and isolating strategies to contain COVID-19 in India Research Project › Medical Sciences Computational Modelling Computational Modelling and Prediction of Intraocular Lens Implantation Using CFD and Artificial Neural Networks Research Project › Mathematical Sciences
Modelling and prediction of COVID-19 outbreak: Analysing possible effects of lockdown, testing and urbanicity

This study aims to investigate the transmission mechanism of COVID-19 in India at both the national and state levels, with an analysis on possible effects of various measures, such as testing facility, urban connectivity, age, sex, temperature, etc.

Section: Medical Sciences (Research Project)
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