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PROJECT |
TECHNOLOGY DEVELOPED |
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Emulation Friendly Modeling of RF Power Amplifiers for Pre-Silicon Verification Pi- Prof. Rahul Bhattacharya
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1.Resource efficient modeling technique for RF Power Amplifier. 2. FPGA emulation of RF Power Amplifer for Pre-Silicon Verification) |
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Design and Development of broadband circularly polarized conformal antenna array for Airborne application Pi-Prof. Ravi Kumar Gangwar
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02 protytpes of the conformal antennas developed and handover to the DRDO. |
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Auto Irrigation and Soil Monitoring System for COVID-19 Migrants Engagement Pi-Prof. Rajeev Kumar Ranjan
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Auto irrigation and soil monitoring system |
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Ultra-Low Power Neuromorphic Spiking Architecture for Assistive Smart Glass Pi-Prof. Rajeev Kumar Ranjan
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Going, Anew spiking architecture base IC will be developed, 1 Developed |
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Accurate Correlation of Dot Size Distribution with the Spectral Response of AS-grown and Interdiffused Stacked Quantum Dots embedded in p-i-n Solar Cells Pi-Prof. Subindu Kumar |
Developed a unified analytical model for the spectral response (SR) of single and multi-stack quantum dot (QD) ensembles embedded in the intrinsic region of InGaAs/GaAs p-i-n QD solar cells (QDSCs), taking into account the variation of dot aspect ratio (AR) and changes in the potential profile due to interdiffusion, which, for the first time, being analyzed in a common platform. |
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Design and Development of Compact and Low-profile Multiband Conformal Antenna System for In-vehicle Telecommunications Equipments Supporting Cellular/Communication Bands Pi-Prof. Ravi Kumar Gangwar
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04 protytpes of the conformal filtenna developed. |
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Analytical Modelling of Multi-layered 2-D Transition metal dichalcogenide FET based Biosensor using Green’s function approach Pi-Prof. Manodipan Sahoo
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Analytical Model developed |
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Advanced Greedy Algorithms for Sparsity-Aided Generalized Online Caching Pi-Prof. Samrat Mukhopadhyay
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Technology developed through numerical simulations 1. Novel sparse recovery algorithm is developed for compressed sensing without explicit knowledge of sparsity, 2. Novel no-regret online learning algorithm for online sparse approximation is developed |
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Development of spectrally efficient low complexity fast sparse channel estimation algorithms for orthogonal time frequency space (OTFS) modulation scheme Pi-Prof. Himanshu Bhusan Mishra |
Novel sparse channel estimation technique is developed for OTFS systems., Novel linear equalization and phase optimization techniques are developed for IRS-OTFS systems. |
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Multi-Carrier Waveforms for Intelligent Reflecting Surface (IRS) assisted Next-Generation Wireless Communication Systems Pi-Prof. Himanshu Bhusan Mishra |
1. Low-complexity optimization algorithm for IRS-OFDM systems. 2. Low-complexity sparse channel estimation scheme for OTFS systems. 3. Channel estimation framework for IRS-FBMC systems. |
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Design and Development of Substrate Integrated Waveguide based Self-multiplexing Antennas for 5G communication systems Pi-Prof. Santanu Dwari
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High gain Selfmultiplexing Antenna for mm wave band |
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Smart Radio Environments: Implementation and deployment for targeted use-cases Pi-Prof. Samrat Mukhopadhyay
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1. Developed a Low complexity OTFS-IRS receiver, 2. Developed a of Channel Estimation module for a complete IRS system. |