⏩ Volume 21, Issue No.6, 2023 (ISR)
Enhancing Robotic Vision in Autonomous Vehicles Using Deep Learning for Object Detection and Classification in Dynamic Environments

This study explores deep learning models for improving robotic vision in autonomous vehicles. By applying advanced object detection and classification algorithms, we optimize the ability of robots to navigate and operate in dynamic, real-world environments, enhancing both safety and efficiency in autonomous systems.

Michael John Carter, William James Brown, Benjamin Charles Green, Sarah Elizabeth White, Oliver David Moore

Paper ID: 52321601
✅ Access Request

Integrating Robotic Manipulation and AI for Precision Surgery in Medical Robotics: A Collaborative Approach to Health Tech

This paper discusses the integration of robotic manipulation systems with artificial intelligence for precision surgery. By improving the collaboration between AI and robotic systems, we enable more accurate and safer medical procedures, paving the way for advancements in health technologies and surgical robotics.

Emily Rose Williams, Olivia Lily Thompson, Isabella Clara Moore, Jack William Harris, Henry Alexander Campbell

Paper ID: 52321602
✅ Access Request

AI-Powered Autonomous Robots for Environmental Monitoring: Leveraging Sensor Networks for Sustainable Agriculture and Ecosystem Protection

This research investigates AI-powered autonomous robots used for environmental monitoring in agriculture and ecosystems. Through integrating sensor networks, we provide innovative solutions for sustainable farming, real-time data collection, and protection of biodiversity by enabling robots to monitor and respond to environmental changes effectively.

John Michael Walker, Alice Victoria Brooks, Ethan Samuel Clark, Nora Grace Johnson, Julian Thomas Williams

Paper ID: 52321603
✅ Access Request

Collaborative Multi-Robot Systems for Search and Rescue Operations: Enhancing Efficiency in Disaster Response with AI and Robotics

This paper discusses the application of multi-robot systems for search and rescue operations. By integrating AI for decision-making and coordination, we demonstrate how robotic teams can work efficiently in disaster zones, improving response times and increasing safety during rescue missions.

Lucas Benjamin Davis, Katherine Abigail Moore, Nathaniel Peter Miller, Amelia Grace Lee, Matthew Jacob Clark

Paper ID: 52321604
✅ Access Request

Autonomous Robotics for Hazardous Materials Handling: Leveraging AI for Safety in Nuclear, Chemical, and Radiological Environments

This research presents autonomous robotics designed to handle hazardous materials in nuclear, chemical, and radiological environments. By leveraging AI, robots are equipped to safely perform tasks that would be dangerous for human workers, ensuring higher safety standards in hazardous material management.

Charlotte Emma Green, Sophie Abigail Carter, Daniel Samuel Jackson, Henry Thomas Lee, Nathan Peter Hall

Paper ID: 52321605
✅ Access Request

Back