Ongoing research endeavours seek to amplify the capabilities and broaden the applications of IRNSS/NavIC, positioning it as a crucial element of India's strategic and technological infrastructure.
RESEARCH AREAS
Signal Processing and Algorithm Development
Integration with Other GNSS Systems
Environmental and Disaster Management
Agriculture and Rural Development
User Equipment and Receivers
Academic and Industrial Collaboration
RESEARCH ARTICLES
Read article on Development
of NavIC synchronized fully automated inter-building QKD framework and demonstration of quantum
secured video calling
Read article on Anticipated
prospects and civilian applications of Indian satellite navigation services in Sri Lanka
Read article on GDoP estimation using
Simulated Annealing for GPS and IRNSS combined constellation
Read article on Adverse effects of
receiver clock bias and drift on NavIC user position coordinates and their mitigation
Read article on Analysis of frequency
reconfigurable microstrip patch antenna with unidirectional radiation pattern for IRNSS band
Read article on Reconfigurable
polarization and pattern microstrip antenna for IRNSS band applications
Read article on Real-Time Kinematic
Absolute and Relative Velocity Estimation of Geostationary Satellites in Formation Using IRNSS
Observables
Read article on Predicting and
Analyzing TEC Variations Using Wavelet and Hilbert Huang Decomposition for IRNSS Signals at Low
Latitude Location, Surat, India
Read article on NavIC Time Transfer
With Satellite Common View: An Analysis on Choosing Different Reference Times
Read article on Preliminary Analysis of
Standalone Galileo and NavIC in the context of Positioning Performance for Low Latitude
Region
Read article on Analysis of Various
Parameters of L5 and S1 NavIC Signals over Low Latitude Region
Read article on A Comprehensive Study
of Linear Kalman Filter Based Tracking Techniques under Ionosphere Scintillation
Read article on Generation and
implementation of IRNSS Standard Positioning Signal
Articles are collected from ScienceDirect