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About

Rusdianasari Rusdianasari is an emerging researcher whose work sits at the intersection of robotics, renewable energy systems, and agricultural automation. With a focus on developing intelligent, sustainable technologies, Rusdianasari has made notable contributions to the design and implementation of solar-powered mobile robots and automated systems for both industrial and agricultural applications. Their most-cited work (32 citations) demonstrated the viability of solar-powered unmanned vehicles as environmentally friendly alternatives to fossil fuel-dependent transportation in factory settings — a timely contribution given growing concerns over energy sustainability. Building on this foundation, Rusdianasari extended their research into precision agriculture, designing charging systems and fuzzy logic controllers for solar-powered mobile manipulators intended to ease the burden on farmers and address declining agricultural labor forces. Most recently, their work on fuzzy logic-based visual servoing for strawberry-harvesting robots reflects a growing sophistication in their approach to digital farming solutions. With over 50 cumulative citations, Rusdianasari's research offers practical, technology-driven answers to real-world challenges in sustainable transportation and smart agriculture — making their profile increasingly relevant to researchers and students in robotics and green technology fields.