• Design and Implementation of Fuzzy Logic Controller for Boiler Temperature Control using LabView 

  Yenuganti, Sujan (IEEE, 2023-01)

  This paperwork aims design, implementation of fuzzy logic controller for controlling of water in the tank using LABVIEW software. This system mainly contains the single tank, Resistance Temperature Detector sensor and ...
• Implementation of Wired and IoT Based Wireless Transmitters for a Pressure Sensor 

  Yenuganti, Sujan (IEEE, 2023-02)

  In this paper, a wired and wireless transmitter for two different designs of hall effect-based pressure sensors are designed and experimentally tested. A wired transmitter is designed by converting the actual sensor output ...
• Identification of Fake Indian Currency Using Deep Learning Techniques 

  Yenuganti, Sujan (IEEE, 2023)

  This article suggests employing deep learning methodologies to automatically identify counterfeit banknotes. Convolutional neural networks (CNNs) are employed to extract distinctive characteristics of Indian currency notes. ...
• Design and Simulation of a Differential Resonant Pressure Sensor 

  Yenuganti, Sujan (IEEE, 2023)

  Pressure is one of the critical physical attributes that need to be continuously monitored, accurately measured, and recorded in most of manufacturing industries. This paper proposed a novel depiction of a differential ...
• Design and simulation of a resonance-based MEMS viscosity sensor 

  Yenuganti, Sujan (Springer, 2023-11)

  The paper presents the design and simulation of a MEMS-based resonant viscosity sensor using a piezoelectric micro diaphragm. The sensor comprises a vibrating diaphragm as a resonating element with piezoelectric excitation ...
• A Tri-axial Resonating Beam MEMS Accelerometer 

  Yenuganti, Sujan (Springer, 2024-07)

  MEMS-based devices have helped in the miniaturization of various transducers, one such being the accelerometer. The current study presents the design and simulation of a MEMS tri-axial resonance-based accelerometer in a ...
• Experimental studies on dynamic response of piezoelectric based hemispherical resonator gyroscope 

  Rao, Venkatesh K. P. (Emerald, 2024-08)

  This work measures the performance characteristics of a hemispherical resonator gyroscope (HRG) and compares it with a numerical model. This work we explore the optical and piezoelectric measurement methods to determine ...
• Mitigating Automotive Radar Interference using Onboard Intelligent Reflective Surface 

  Maruthi, Shree Prasad (ARXIV, 2024-04)

  The use of automotive radars is gaining popularity as a means to enhance a vehicle's sensing capabilities. However, these radars can suffer from interference caused by transmissions from other radars mounted on nearby ...
• Data-driven Secure Authentication for Smart Grid IoT Networks 

  Tripathi, Sharda (IEEE, 2023-07)

  Internet of Things (IoT) has found wide-spread usage in cyber physical systems. We consider the security aspects related to cyber physical systems, particularly the smart grid, wherein IoT devices are deployed for monitoring ...
• MERGE: Meta Reinforcement Learning for Tunable RL Agents at the Edge 

  Tripathi, Sharda (IEEE, 2023-12)

  The efficient allocation of radio resources is an essential trait of 5G/6G radio access networks (RANs), as they are called to meet diverse QoS requirements of highly demanding applications. To equip RANs with such an ...
• EnRoute: A DQN based Energy Efficient Routing for URLLC in Next Generation Networks 

  Tripathi, Sharda (IEEE, 2023)

  5G networks and beyond (B5G) will support a wide range of services which demand large data rates, massive connection densities, high reliability and low latency. Catering to such needs will require a dense deployment of ...
• High-performance self-biased Cu/SiC/Si photo-sensor with swift response for NIR/Vis photodetection 

  Mourya, Satyendra Kumar (Elsevier, 2024-08)

  Silicon Carbide (SiC) shows great potential for use in high temperatures and harsh environments due to its promising physical properties. This report introduces a novel double depletion functional heterointerface comprising ...
• Study of Quantum Dot Solar Cell Including CdTe Quantum Dots Embedded in Al0.3 Ga0.7 As/GaAs Quantum Wells 

  Mourya, Satyendra Kumar (IEEE, 2024)

  Intermediate Band Solar Cells were proposed in 1997 as an alternative to tandem solar cells to achieve high efficiency in a photovoltaic device. It has a proposed theoretical limit of 63.2%, much higher than the 33% of a ...
• Analysis of temperature sensitive electrical performance of sputter grown Ni and Ni–Cr Schottky contacts on 4 H-SiC 

  Singh, Dheerendra; Mourya, Satyendra Kumar; Bhatt, Upendra Mohan (Springer, 2024-11)

  This paper studies the temperature-dependent electrical transport properties of nickel (Ni) and nickel–chromium (Ni–Cr) sputtered on n-type 4 H-SiC substrate. Barrier inhomogeneities have been found to affect the electrical ...
• ZCS-ZVS Operation of a Double Frequency High-Voltage Gain Boost Converter 

  Kumar, Rajneesh (IEEE, 2023-02)

  For renewable energy systems, power electronics are significant because they reduce fuel costs, increase efficiency, and increase reliability. Recently, some converter topologies are achieving up to 400V for grid application ...
• An Approach to eliminate the Non-Minimum Phase issue in High Gain Converters 

  Kumar, Rajneesh (IEEE, 2022)

  High-gain converters are widely used in various voltage-boosting applications. There are various types of converters according to their operating principle. Each converter has some advantages and disadvantages according ...
• An active clamp coupled inductor-based soft-switched quadratic boost converter 

  Kumar, Rajneesh (Wiley, 2022-12)

  This paper proposes a novel active clamp-based quadratic boost converter to achieve a high gain output voltage. The converter combines a quadratic boost converter with a voltage doubler circuit using a coupled inductor. ...
• Implementation of Pulse-Width-Modulation based Sliding Mode Controller for Semi-Quadratic Buck-Boost DC/DC Converter 

  Kumar, Rajneesh (IEEE, 2023)

  This research discusses the robust performance of a semi-quadratic buck-boost converter with a sliding mode (SM) controller. It is a non-linear control strategy having a lot of advantages of easy implementation and giving ...
• Implementation of Lyapunov Function-Based Hybrid Controller in Semi-Quadratic Buck-Boost Converter 

  Kumar, Rajneesh (IEEE, 2023-11)

  This article presents a novel Semi-Quadratic buckboost converter (SQBuBoC) designed to integrate in many applications with a wide range of output voltage such as photovoltaic systems. The efficient control and energy ...
• Designing a Fuzzy Logic Controller for Soft-Switched Quadratic Boost Converter 

  Kumar, Rajneesh (IEEE, 2023)

  This paper introduces of successful implementation of fuzzy logic controller (FLC) structure for an active clamp-coupled inductor-based soft-switched Quadratic Boost Converter. This proposed method aims to address several ...

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