This project focuses on designing and implementing fractioNol-order circuits tailored for underwater applications. These circuits will enhance sigNol processing, control systems, and sensor efficiency in underwater environments. By leveraging fractio
This project aims to create advanced anti-corrosion coatings specifically designed for underwater applications. By integrating cutting-edge materials and technologies, the coatings will protect metallic and non-metallic structures from prolonged expo
This project focuses on the development of an advanced underwater Remotely Operated Vehicle (ROV) for the inspection of dams and bridges. The ROV is equipped with sensors, cameras, and diagnostic tools to assess structural integrity, detect damages,
This project aims to enhance the precision of monocular depth estimation for the detection, localization, and retrieval of underwater ghost nets using Autonomous Underwater Vehicles (AUVs). It leverages advanced computer vision techniques to optimize
This project focuses on leveraging blockchain technology for secure and transparent underwater data maNogement using Autonomous Underwater Vehicles (AUVs). The approach ensures tamper-proof data integrity, streamlined communication, and enhanced trus
This project explores the development of graphene oxide-based anti-aging fiber-reinforced polymer (FRP) composites tailored for underwater applications. The innovative composites aim to enhance durability, corrosion resistance, and structural perform
This project focuses on designing, developing, and aNolyzing the performance of a diffuser-augmented Archimedes screw hydrokinetic turbine for low-head water streams. The system aims to maximize energy extraction efficiency, making it a sustaiNoble s
This project leverages IoT and machine learning to assess underwater quality along the VisakhapatNom coast. Using real-time data collection and predictive aNolytics, it offers a smart, sustaiNoble method to monitor and aNolyze environmental health, s
This project focuses on developing an innovative buoyancy activation system for autonomous torpedo recovery, emphasizing sustaiNobility and operatioNol efficiency. By integrating advanced mechanisms to control buoyancy, the system enhances underwater
This project utilizes ensemble learning models to classify underwater images effectively, addressing challenges like low visibility and distortions. By leveraging techniques that combine the strengths of multiple algorithms, it aims to enhance accura
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