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    High-Level Synthesis of Geant4 Particle Transport Application for FPGA 

    Joshi, Ramakant
    Geant4 is a software toolkit that simulates particle transport in matter and is widely used in high energy, nuclear, and medical physics applications. The toolkit offers a wide range of physics models and geometry ...

    Developing Experimental Approaches to Gain Physical Insights into High Electric Field and Hot Electron Reliability of AlGaN/GaN HEMTs 

    Roy Chaudhuri, Rajashri
    Next-generation power conversion systems, designed to achieve environmental and economic sustainability, are required to be efficient and smaller in size. Advances in silicon-based power devices, which are the major driving ...

    Delivery Strategies for Dynamic Contents in Edge Caching Systems 

    Krishna, Anu V
    In today's digital age, multimedia consumption is pervasive, driven by video-on-demand platforms, online social networks, and sensor networks. Whether it is the latest blockbuster movie on a streaming service or real-time ...

    ESD Design for Advanced CMOS and Analog nodes 

    Monishmurali, M
    The study of Electrostatic Discharge (ESD) reliability within Integrated Circuits (IC) is crucial due to its direct influence on electronic device performance, longevity, and functionality. As semiconductor technology ...

    GPU-Accelerated Quantum Transport Solver to Explore 2D Material Space for Transistor Operation 

    Guha, Sirsha
    For decades, silicon has been the mainstay of the semiconductor industry. However, to preserve the electrostatic integrity of MOSFETs (metal oxide semiconductor field effect transistors), technology downscaling necessitates ...

    Neuromorphic Silicon Retinas: Analog and Digital Models 

    Philip, Prince
    Silicon retinas are artificial retinal devices designed to replicate the functionality of the biological retina using silicon-based technologies. These retinas aim to address visual impairment by capturing and processing ...

    Atomic-level Investigation and Proposals to Address Technological Roadblocks and Reliability Challenges in 2D Material Based Nanoelectronic Devices 

    Kumar, Jeevesh
    The transistor scaling is witness to many extraordinary inventions during its consecutive miniaturization. The journey began from Dennard’s classical constant field scaling, crossing through the milestones like strain ...

    Device-Circuit Reliability Co-Design in High voltage and Power devices 

    Variar, Harsha B
    For the last four decades, silicon CMOS technology has captured a significant share in IC, smart power IC, SoC, and the power device market. But there is aggressive research on other materials such as graphene & similar ...

    Investigations on Capacitor Size Reduction and PWM Strategy for Multilevel Polygonal Space Vector Structure for Induction Motor Drives 

    Imthias, Mohammed
    Multilevel voltage source inverter transformed conversion of DC to AC for medium to high power application. With increasing electric power demand, the multilevel converter allows high power density converters for medium ...

    Investigations on Voltage Control of Stacked DC-link Series Capacitors with a Nine-Level Inverter for an Induction Motor Load 

    Debnath, Tutan
    Multilevel Inverters offer several advantages over two-level inverters in applications involving medium voltage and high power levels. A variety of applications are now available for MLI technology, ranging from variable ...
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    AuthorChaporkar, Prasanna S (2)Annamalai, Lakshmi (1)Ansh (1)Arote, Prerna (1)Banerjee, Aniket (1)Baranwal, Kishan (1)Bhagwan, Vaidya Girish (1)Chakraborty, Ananda Sankar (1)Chatterjee, Suman (1)Chethan Kumar, M (1)... View MoreSubject
    TECHNOLOGY (71)
    2D materials (5)2D Materials (3)graphene (3)Induction motor drives (3)Inverter (3)Multilevel inverters (3)Biomedical Optics (2)Delay Guarantee (2)Finish Time Model (2)... View MoreHas File(s)Yes (71)

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