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2995 result(s) found
Fundamental Limits of Energy-Efficient Short-Packet Communication in 5G and Beyond

The fifth generation (5G) of wireless communication systems brings a paradigm shift in wireless communication compared to the earlier generations such that in 5G and beyond, the end-users are autonomous machines rather than human-operated mobile devi

Section: Engineering Sciences (Research Project)
Related: RIS Assisted RIS Assisted Cell-free NOMA system for 5G and Beyond Communication Research Project › Engineering Sciences Development of Development of AI-Assisted Reconfigurable FSS-Based Energy Harvesting Skin for Self-Powered IoT Communication in Smart Environments Research Project › Engineering Sciences UAV-Assisted OTFS UAV-Assisted OTFS for Convergent Communication and Localization in FR1 Research Project › Engineering Sciences Next-generation Indoor Next-generation Indoor Communication Networks (NICNet) Research Project › Engineering Sciences Development of Development of 2D Material-Enhanced Silicon Photonic Devices for High-Performance Point-to-Point Optical Communication Research Project › Engineering Sciences
Explicit Stochastic Model Predictive Control for an Energy System under Operational Uncertainties

Model Predictive Control (MPC) is the most widely used multi-input, multi-output, advanced control strategy in industrial applications. Being a model based technique, the performance of MPC depends on the accuracy of the model. For most practical app

Section: Engineering Sciences (Research Project)
Related: Stochastic Recursive Stochastic Recursive Algorithms for Data-Driven Optimization and Control: Theoretical Foundations and Applications to Smart Grids Research Project › Engineering Sciences Optimal Control Optimal Control of Queues under Uncertainty Research Project › Mathematical Sciences DEVELOPMENT OF DEVELOPMENT OF MICROMECHANICAL MODEL BASED ON THE MECHANICAL RESPONSE OF ROCKS UNDER DYNAMIC LOADING CONDITIONS. Research Project › Engineering Sciences Enhancements of Enhancements of actor-critic reinforcement learning frameworks for process control applications Research Project › Engineering Sciences Battery Energy Battery Energy Storage Systems: Cell Characterization, Cell Modelling and Active Cell Balancing for high voltage battery Packs. Research Project › Engineering Sciences
Development of prefabricated plastic panels for road construction

Objective: Bitumen and cement are the main binding agents for construction of flexible and rigid pavement respectively. Beside binding agent, aggregate and filler is required in large quantity for construction and repair/rehabilitation of roads of ro

Section: Engineering Sciences (Research Project)
Related: Sustainable utilisation Sustainable utilisation of Industrial waste materials for the development of cementless ferrocement precast panels for Impact load Research Project › Engineering Sciences Folded Textile Folded Textile Reinforced Concrete Fencing Panels for Highway and other Infra Project Applications Research Project › Engineering Sciences Development and Development and Evaluation of Novel Composite Retrofitting Systems for Integrated Seismic Strengthening and Thermal Insulation of Buildings Research Project › Engineering Sciences Development, validation, Development, validation, and application of rate-dependent homogenized constitutive model for open-cell foams Research Project › Engineering Sciences Development of Development of performance improved precast lightweight composite materials using solid wastes Research Project › Earth, Atmosphere & Environment Sciences
Energy efficient RF/VLC networks for IoT applications

The explosive growth in mobile data traffic has resulted in unprecedented energy consumption. The development of green technology and reduction in power consumption by the communication devices are the major requirements of 5G systems identified by t

Section: Engineering Sciences (Research Project)
Related: Design of Design of Highly Efficient Wireless Power Transfer System Utilizing Metasurface Integrated Planar Antenna for IoT Applications Research Project › Computer Sciences and Information Technology Design and Design and development of a dual-band RF Energy Harvester for Wireless Sensor Networks using Aerosol Jetting Technology Research Project › Engineering Sciences Developing a Developing a Dynamic, Transitive and Energy Efficient Access Control Mechanism Using Blockchain for Large scale IoT Network Research Project › Engineering Sciences Developing Standardized Developing Standardized RF Data Frameworks for AI-Powered 6G Networks Research Project › Engineering Sciences Magnetoelectric Spin Magnetoelectric Spin orbit (MESO) logic for the energy-efficient, beyond CMOS computing applications Research Project › Physical Sciences
Probing the effect of external pressure on the structure and conformations of peptides

Studying the external pressure effects on the biological molecular assemblies such as peptides provides deeper understanding of survival of life forms in deep biospheres on Earth and exoplanets, food sterilization industries, as well as has implicati

Section: Physical Sciences (Research Project)
Related: Unraveling Structure-Function Unraveling Structure-Function Relationships in Short Peptides for Developing Biocompatible Materials with Piezoelectric, Ferroelectric, and Optoelectronic Applications Research Project › Chemical Sciences Study of Study of Proximity Effect at the Interface Between a Topological Insulator and a Low-Density Superconductor to Realize Novel Quantum Phases Research Project › Physical Sciences Interplay of Interplay of HBA and HBD masking in bioavailability of peptides Research Project › Chemical Sciences Molecular Insight Molecular Insight on the Onset of Soot Formation as Revealed by Low Frequency Vibrations in the Far-IR Region Research Project › Chemical Sciences DEVELOPMENT OF DEVELOPMENT OF MICROMECHANICAL MODEL BASED ON THE MECHANICAL RESPONSE OF ROCKS UNDER DYNAMIC LOADING CONDITIONS. Research Project › Engineering Sciences
Magnetic field assisted extreme fast charging of lithium-ion batteries.

The development of efficient fast charging energy storage solutions is pivotal towards the transition to cleaner and energy-efficient alternatives in automotive industry. The project aims to explore the effect of magnetic field towards improvement of

Section: Engineering Sciences (Research Project)
Related: Extreme Fast Extreme Fast Charging of Lithium Ion Battery for E-Mobility Application Research Project › Energy Sciences Design and Design and Development of indigenous smart battery management system for energy storage and E-vehicle applications Research Project › Engineering Sciences
Rhizobiology of reed plants and its role in water quality improvement for effective recycling

Macrophytes play a major role in reed beds, influencing biological, chemical and physical treatment processes. The most important function of macrophytes in reed beds has been categorized by as physical and metabolic. Physical effects include: Filtra

Section: Life Sciences & Biotechnology (Research Project)
Related: Establishing Mix Establishing Mix Design Protocol and Performance Specifications for Cold In-Plant (CIP) Recycled Bituminous Mixtures with Emulsified Bitumen Research Project › Engineering Sciences
Characterization and Commercialization of genetically improved Indian Catmint (Nepeta cataria L.) cultivar: A potential green insect-repellent technology

Catmint or catnip, scientifically known as Nepeta cataria L., is an annual aromatic herb of family Lamiaceae and native to south-western Asia. The aromatic oil of N.cataria is used as an insect or mosquito repellent in herbal industries and shows div

Section: Life Sciences & Biotechnology (Research Project)
3D-Printed Biodegradable Materials for Osmotic Microbial Fuel Cell Technology Coupled with a Supercapacitor to Simultaneously Harvest Energy and Deliver Freshwater

Access to clean water and the production of sustainable energy have become more pressing issues as a result of the world's population growth and fast urbanisation. Fossil fuels, which are a major contributor to greenhouse gas emissions and climate ch

Section: Engineering Sciences (Research Project)
High-Frequency Design and Implementation of a 1 MHz Dual Active Bridge Converter Using Planar Magnetics

Power electronics plays a pivotal role in enabling efficient, reliable energy conversion across various industries, from data centres and renewable energy systems to electric vehicles. This proposal aims on developing a 48V/12V, 125W Dual Active Brid

Section: Engineering Sciences (Research Project)
Related: Design of Design of High Gain Beam Steering Antennas for Millimeter Wave Applications. Research Project › Engineering Sciences Universal On-board Universal On-board charger (UOBC) with both 3-ph, L2 and 1-ph, L1 capability Research Project › Engineering Sciences
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