Call for Papers
The range of targeted topics is very broad, but priority is given to subjects on real world applications; including: research, industry, business, and education. The Technical Program Committee is inviting proposals for paper presentations, demonstrations, and poster contributions on topic relevant to UVS. These include but not limited to the following:
1. Technological Advances in Unmanned Vehicle Systems (UVS) and Robotics
• Innovative design approaches and modular, scalable architectures
• Propulsion systems: electric, hybrid, and alternative power sources
• Lightweight and durable materials for improved efficiency
• Sensor and perception technologies for enhanced autonomy
• Energy efficiency and power management solutions
• Self-healing materials and damage-resistant structures
• Adaptive camouflage and stealth technologies
• Bio-inspired design and engineering
• Micro-Electro-Mechanical Systems (MEMS) Applications in UVS
2. Intelligent Navigation, Control, and Decision-Making
• Machine learning and AI-driven navigation algorithms
• Simultaneous Localization and Mapping (SLAM)
• Navigation in GPS-Denied Environments
• Swarm intelligence and multi-vehicle coordination
• Bio-inspired navigation and adaptive control systems
• Real-time decision-making and self-learning autonomy
• Multi-sensor fusion for robust localization and obstacle avoidance
• Condition monitoring and fault tolerance of autonomous vehicles and operations
3. Applications and Use-Cases of UVS and Robotics in Industry and the Public Sector
• Oil and gas asset monitoring, inspection, and maintenance
• Inspection of power grids and critical Infrastructure
• Logistics, supply chain, warehouse management, and package delivery
• Precision agriculture and innovative farming solutions
• Environmental monitoring and disaster response
• Mining and hazardous environment operations
• Mapping and Geographic Information Systems (GIS)
• Marine and underwater exploration
• Defense and security applications, including border surveillance
• Healthcare applications, including medical supply delivery
• Tourism and Filmmaking
• Space exploration and planetary rovers
• Design, Construction, and Building Performance Monitoring
4. Integration with IoT, Smart Cities, and Urban Mobility
• Data interoperability and real-time traffic analysis
• Smart traffic management and autonomous public transportation
• Emergency response systems and disaster management integration
• Standards for data exchange and communication
• Community engagement in urban planning and adoption strategies
• Integration of UAVs with 5G networks
• Digital Twins for Smart Cities
5. Data Analytics, Cybersecurity, and System Resilience
• Big data analytics and predictive insights for UVS
• Real-time data processing, edge computing, and visualization tools
• Communication protocols for reliable system coordination
• Cybersecurity threat assessment and vulnerability analysis
• Blockchain for secure data sharing in connected unmanned systems
• Robust security protocols, encryption methods, and cryptographic protection
• Secure communication, incident response, and adaptive defense mechanisms
• Continuous monitoring strategies for resilient unmanned systems
• AI-driven anomaly detection in cyber-physical systems
• Post-quantum cryptography for securing unmanned systems
6. Education and Training of Unmanned Vehicle Systems (UVS) and Robotics
• Integrating Unmanned Vehicle Systems into Engineering & STEM Curricula
• Hands-on Learning with UVS: Lab-Based Approaches and Simulations
• Developing Low-Cost Educational Drones and UGVs for Schools & Universities
• Multidisciplinary Approaches to UVS Education: Combining Robotics, AI, and IoT
• Competitions and Hackathons: Engaging Students in UVS Innovation
• Certifications and Accreditation in UVS Education
• Teaching Ethics, Safety, and Regulations for UVS Operations
• Digital Twins and Virtual Reality for UVS Training
• Bridging the Gap Between UVS Education and Industry Needs
• Internships and Industry Partnerships for UVS Students
7. Regulatory, Ethical, and Societal Implications
• Safety standards, certifications, and legal accountability
• Ethical dilemmas in autonomous decision-making
• Privacy concerns and data protection in unmanned systems
• Public perception, acceptance, and policy frameworks
• Development of international regulations and compliance measures
• Liability in accidents involving unmanned systems
• Workforce displacement and economic impact of automation
• Risk and reliability of autonomous vehicle systems
8. Challenges and Future Trends in UVS and Robotics
• Intuitive user interfaces and ergonomics for unmanned systems
• Training, simulation, and VR/AR-based operator environments
• Trust, reliability, and user acceptance studies
• Sustainability considerations and eco-friendly operational practices
• Overcoming regulatory, technological, and societal barriers
• Psychological and cognitive effects of human interaction with autonomous vehicles
• Standardization of human-UVS interaction protocols
• Emerging technologies, AI advancements, and global market trends
