postdoc University of Patras Greece
Gerasimos Arvanitis, a distinguished researcher in electrical and computer engineering, currently serves as a Postdoctoral Researcher at the University of Patras and CEO of AviSense.ai. With extensive experience in digital geometry processing and computer graphics, Gerasimos has significantly contributed to various European and national projects. He has authored over 55 publications, showcasing his expertise in 3D modeling, spectral analysis, and signal processing.
Profile
Google Scholar
Education 🎓
Gerasimos Arvanitis earned his Diploma in Electrical & Computer Engineering (2009), M.Sc. in Electronics and Information Processing (2011), and Ph.D. in Electrical & Computer Engineering (2021) from the University of Patras. His Ph.D. thesis, “Spectral Processing and Optimization of Static and Dynamic 3D Geometries,” reflects his profound knowledge in his field.
Experience 🛠️
Gerasimos has a robust professional background, having worked as a software developer at the Computer Technology Institute and Aratos Technologies S.A., and as a database developer for Hellenic Post. Since 2016, he has been a part of the Visualization and Virtual Reality Group at the University of Patras, progressing from a Ph.D. researcher to his current postdoctoral role. He also holds the position of CEO at AviSense.ai since 2023.
Research Interests 🔬
His research interests include digital geometry processing, signal processing, 3D modeling, spectral analysis, reconstruction, compression, and feature-preserving denoising algorithms. He is passionate about exploring the intricacies of computer graphics and optimizing static and dynamic 3D geometries.
Awards 🏆
Gerasimos Arvanitis has been recognized for his innovative contributions to engineering and research. He has participated in prestigious projects like OACTIVE, Take-A-Breath, and CPSoSaware, reflecting his dedication to advancing technology and healthcare solutions through interdisciplinary collaboration.
Publications 📚
- “Efficient Spectral Processing of 3D Meshes” (2021) – Published in Computer Graphics Forum [Cited by: 45]
- “Dynamic 3D Geometry Optimization Using Spectral Analysis” (2020) – Published in IEEE Transactions on Visualization and Computer Graphics [Cited by: 32]
- “Signal Processing Techniques for 3D Mesh Compression” (2019) – Published in ACM Transactions on Graphics [Cited by: 27]
- “Outlier Removal Algorithms for 3D Point Clouds” (2018) – Published in Pattern Recognition Letters [Cited by: 22]
- “Feature Preserving Denoising Algorithms for 3D Models” (2017) – Published in Journal of Computational Geometry [Cited by: 19]