International Conference on AI-driven Data Science for Autonomous Systems
(ICIADAS-26)

This track focuses on the latest innovations in robotics powered by artificial intelligence. Researchers are invited to present their findings on how AI enhances robotic capabilities in various applications.

This session will explore the application of data science methodologies in the development of autonomous vehicles. Topics include data preprocessing, feature extraction, and predictive modeling for vehicle behavior.

This track addresses the challenges and solutions related to real-time decision-making processes in autonomous systems. Contributions should highlight algorithms and frameworks that enable timely and effective decisions.

This session will delve into the use of reinforcement learning techniques to enhance autonomous systems. Papers should discuss novel approaches and their implications for learning optimal behaviors in dynamic environments.

This track examines the integration of multiple sensor data to improve the perception capabilities of autonomous systems. Contributions should focus on methodologies that enhance situational awareness and robustness.

This session will showcase cutting-edge computer vision techniques that facilitate navigation in autonomous systems. Researchers are encouraged to present their work on object detection, scene understanding, and visual SLAM.

This track focuses on the development and evaluation of path planning algorithms tailored for autonomous vehicles. Papers should address challenges such as obstacle avoidance and dynamic environment adaptation.

This session will highlight advancements in navigation systems specifically designed for unmanned aerial vehicles. Contributions should explore GPS-denied environments and the integration of advanced navigation sensors.

This track investigates adaptive control techniques that enable autonomous systems to adjust to changing environments. Papers should present novel control strategies and their effectiveness in real-world applications.

This session will explore the dynamics of human-robot interaction within autonomous systems. Contributions should focus on user experience, communication protocols, and collaborative behaviors.

This track examines the role of intelligent agents in autonomous systems and their applications across various domains. Researchers are invited to discuss agent design, learning capabilities, and real-world implementations.