Constantinos Tsanaktsidis

Papers

Total Citations

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About

Constantinos Tsanaktsidis is a researcher at the forefront of applying swarm robotics and artificial intelligence to critical infrastructure and urban logistics. His work primarily focuses on energy efficiency and autonomous navigation, with key contributions in smart photovoltaic monitoring and waste collection optimization. In his 2025 study on "Energy Efficiency Optimization in Swarm Robotics for Smart Photovoltaic Monitoring," Tsanaktsidis pioneered novel coverage path planning algorithms that enable multiple robots to collaboratively inspect solar parks, significantly reducing energy consumption while maintaining high monitoring accuracy. His earlier 2021 paper on "Waste collection vehicle navigation in modern cities" addresses the underexplored challenge of automating municipal waste logistics, proposing intelligent routing solutions that adapt to dynamic urban environments. Though his citation counts are currently modest—with each paper garnering 2 citations—his work represents a growing intersection of robotics, sustainability, and smart city infrastructure. Tsanaktsidis’s research is particularly notable for its practical orientation, targeting real-world operational efficiencies in renewable energy maintenance and public services. As the fields of swarm intelligence and autonomous systems continue to expand, his contributions to energy-optimized coverage and urban navigation are poised to influence both academic research and industrial applications.