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Item Leveraging Advanced Deep Learning techniques For Chest X-ray Tuberculosis Detection(NHCE, 2025) Hashim khan GJ 1NH21CS096; Kandimalla Rishik 1NH21CS123; Priyanshi Bharvesh 1NH21EC121; Sindhu Bhargavi 1NH21EC152Tuberculosis (TB) continues to be a major global health issue, especially in low-income and developing regions, where it claims around 1.5 million lives annually, despite being both preventable and treatable. Traditional TB diagnosis through chest radiographs, analyzed by skilled radiologists, is often time-consuming, prone to variability in interpretation, and vulnerable to misclassification, particularly with other diseases that have similar radiologic features. These challenges are even more pronounced in rural and underserved areas where access to experienced radiologists is limited. To tackle these issues, this project proposes the creation of an automated deep learning-based system for TB detection using chest X-rays. By harnessing the power of Convolutional Neural Networks (CNNs), the system aims to enhance both diagnostic accuracy and accessibility. The proposed system intends to streamline the detection process by learning deep features directly from raw image data, eliminating the need for manual feature extraction, which is typically required in conventional machine learning models. Previous studies have shown the efficacy of CNNs in medical image analysis, with numerous models achieving impressive accuracy rates. This project builds on these advancements to develop a robust deep learning model specifically designed for TB detection, focusing on improving classification performance, consistency, and reliability. Key advancements in TB detection have been driven by the evolution of sophisticated CNN architectures and the availability of extensive annotated datasets, which have enabled the development of highly accurate models. This project will leverage cutting-edge deep learning techniques and rigorously evaluate the model's performance in various clinical contexts, ensuring its robustness across different healthcare settings. The primary goal is to create a system that not only matches but exceeds the diagnostic capabilities of human radiologists, offering a vital tool for early, precise TB detection, particularly in resource-constrained environments. In addition to improving diagnostic efficiency, this system aims to provide a scalable solution that can be widely implemented across diverse healthcare systems, especially in regions with limited medical infrastructure. The system’s integration into clinical workflows could transform TB screening, making it faster, more reliable, and more accessible. By enhancing early detection capabilities, this project seeks to improve patient outcomes, reduce transmission rates, and contribute significantly to global efforts aimed at eradicating tuberculosis.Item Implementation Of Optical Wireless Communication Through Underwater Channel(NHCE, 2024) Sridevi Desai 1NH20EC163 ; T C Divyashree 1NH20EC167 ; Tanmaya S1NH20EC170Implementation Of Optical Wireless Communication Through Underwater ChannelItem Enhanced X-Band Aviation Sensor Antenna with Cascading and Frequency Selective Surface(NHCE, 2024) R Srujana 1NH20EC125 ; Sahana C R 1NH20EC135; Snehal 1NH20EC158Enhanced X-Band Aviation Sensor Antenna with Cascading and Frequency Selective SurfaceItem Malaria cell detection using Advanced SVM techniques(NHCE, 2024) Sathwik 1NH20EC142; Souvik Pramanik 1NH20EC162; Taha Mateen 1NH20EC168Malaria cell detection using Advanced SVM techniquesItem IOT based Vehicle Monitoring system for Safety Standards in Smart Cities(NHCE, 2024) Tarun M 1NH20EC171; Tarun M K 1NH20EC172 ; Tarun S R 1NH20EC173IOT based Vehicle Monitoring system for Safety Standards in Smart CitiesItem Design Of Area-Efficient And Highly Reliable RHBD 8T Memory Cell For Aerospace Applications(NHCE, 2024) RAVI TEJU V 1NH20EC124; SAMIREDDY KARTHIK 1NH20EC140; VEMPALLI ANJAN KUMAR RAJU 1NH20EC180Design Of Area-Efficient And Highly Reliable RHBD 8T Memory Cell For Aerospace ApplicationsItem Data Transfer Using Amba Bus(NHCE, 2024) Sahil Subbaiah ML 1NH20EC136; Shashank V 1NH20EC146; Tharugu Jayavardhan Reddy 1NH20EC174Data Transfer Using Amba BusItem Land And River Cleaning Robot(NHCE, 2024) Adithya U Chaitravathi MamadapurHarish V Paramanand Ballolli1NH21EC400 1NH21EC4031NH21EC406 1NH21EC411Land And River Cleaning RobotItem A Futuristic Agricultural Robot with IOT And Machine Learning Intelligence(NHCE, 2024) Kotagiri siva sai 1NH20EC068; Kuppam Lakshmi Prasanna 1NH20EC069; Nitish Niranjan Birasam 1NH20EC100A Futuristic Agricultural Robot with IOT And Machine Learning IntelligenceItem Solar powered Seed Sowing Robot(NHCE, 2024) K. Mayur 1NH20EC061; Nanda Kumar N 1NH21EC409; Bhanu Prakash MV 1NH21EC402Solar powered Seed Sowing RobotItem Fuzzy Logic Driven Ecosystem for traffic control flow(NHCE, 2024) Lekhana N 1NH20EC072; Presha Nayak 1NH20EC114; Rajeshwari J 1NH20EC120 Y Chitra 1NH20EC186Fuzzy Logic Driven Ecosystem for traffic control flowItem Electric Voting Machine Using Microcontroller For College Election(NHCE, 2024) Mangaldeep Jharait 1NH20EC079 ; Nandan Kumar1NH20EC090; Prithuraj Saha 1NH20EC116Electric Voting Machine Using Microcontroller For College ElectionItem Footstep Power Generation Using Inverter Circuit(NHCE, 2024) M. Lokeshwar 1NH20EC085; N. Yashwin 1NH20EC088 ; P. Sai Santhosh 1NH20EC105; R. Suraj Singh 1NH20EC119Footstep Power Generation Using Inverter CircuitItem FM Based Voice Transmission System For Real Time Applications(NHCE, 2024) Nithya Bharadwaj1NH20EC099; M.Manasa1NH20EC75; Nandana.P 1NH20EC091FM Based Voice Transmission System For Real Time ApplicationsItem Coal Mine System For Safety Monitoring and Alerting(NHCE, 2024) K. Sainath Reddy 1NH20EC067; K. Jayanth 1NH20EC071; M.Chaitanya Kumar 1NH20EC080Coal Mine System For Safety Monitoring and AlertingItem Autonomous Greenhouse(NHCE, 2024) M Vijay 1NH20EC076; Pratheek KV 1NH20EC110; Kishore Kumar KS 1NH20EC065Autonomous GreenhouseItem Smart Power Management System for Real-Time Monitoring and Control of Electrical Units Consumption(NHCE, 2024) Keerthana P 1NH20EC063; Mohammed Hesham Umar1NH20EC081; Monika M 1NH20EC083; Mohammed Sharuk M S 1NH21EC408Smart Power Management System for Real-Time Monitoring and Control of Electrical Units ConsumptionItem Health Monitoring Using UART(NHCE, 2024) Prem Kumar N 1NH21EC412; Noor E Mujassim1NH21EC410 ; Shreyas A R 1NH21EC415Health Monitoring Using UARTItem Roving eye for surveillance and live streaming(NHCE, 2024) N Devarshika1NH20EC044 ; Monisha N 1NH20EC084; O Sasidhar Reddy 1NH20EC101 ; P. Arun Kumar Reddy1NH20EC102Roving eye for surveillance and live streamingItem Simulation & Analysis of Bit Error Rate in Optical Fiber Communication using OptiSystem(NHCE, 2024) Dhinesh V 1NH20EC046; Maleeha Zarkoob 1NH20EC078; Nikhil Hugar 1NH20EC095Simulation & Analysis of Bit Error Rate in Optical Fiber Communication using OptiSystem
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