Our research lab is dedicated to advancing the fields of sensor networks, IoT, UAVs, and wireless communication. We focus on innovative solutions that address real-world challenges, fostering collaboration among researchers and students alike. Through our projects, we aim to contribute significantly to the technological landscape, ensuring our findings are accessible and impactful.
Currently, we are engaged in several exciting projects that explore the integration of sensor networks with IoT technologies. Our team is working on developing UAV systems that enhance data collection and analysis, providing valuable insights for various applications. These initiatives not only push the boundaries of research but also create opportunities for students to participate in hands-on learning experiences.
In addition to our ongoing projects, we actively seek collaborations with industry partners and academic institutions. By sharing knowledge and resources, we aim to accelerate innovation in wireless communication and related fields. We invite students and researchers to join us in this journey, as we believe that collective efforts can lead to groundbreaking advancements.
Current Projects
- Indoor and Outdoor Localization: Developing precise localization systems using sensor fusion and machine learning to track agents in both GPS-denied indoor environments and dynamic outdoor settings.
- Autonomous Navigation for Agricultural Vehicles: Designing robust navigation and path planning algorithms to enable agricultural robots and vehicles to operate autonomously in uncertain, unstructured terrains.
- Self-Driven Autonomous Vehicles: Working on perception, control, and decision-making systems that allow autonomous vehicles to safely navigate complex urban environments.
- Underwater Sensor Networks: Exploring energy-efficient communication and coordination techniques for sensor nodes deployed in underwater environments for monitoring and exploration.
- Anomaly Detection in UAVs and Vehicles During Disasters: Creating intelligent systems to detect unusual behaviors or faults in UAVs and ground vehicles operating in disaster zones, ensuring reliability and safety.
- UAV-Based Disaster Management Systems: Developing drone-assisted platforms to support real-time assessment, communication, and coordination in disaster response scenarios.