Heilym Camila Ramirez Rico | Computer Vision | Young Scientist Award

Prof. Dr. Heilym Camila Ramirez Rico | Computer Vision | Young Scientist Award

Federico Santa María Technical University | Chile

Prof. Dr. Heilym Camila Ramirez Rico is a researcher affiliated with Pontificia Universidad Católica de Valparaíso, Chile, whose work lies at the intersection of computer vision, human posture analysis, and intelligent transportation systems. Her research focuses on the application of vision-based sensing and data-driven methods to analyze human movement and behavior in real-world urban environments, with particular emphasis on public transportation safety and accessibility. She has authored 7 peer-reviewed publications, which have collectively received 208 citations, reflecting a strong scholarly impact relative to publication volume, with an h-index of 4. Her work demonstrates interdisciplinary collaboration, involving co-authors across engineering, applied sciences, and urban studies. Notably, her recent open-access study on passenger posture detection during bus boarding and alighting contributes to data-informed urban mobility planning. The societal relevance of her research is evident in its potential to improve public transport design, passenger safety, and inclusive urban infrastructure through applied computer vision solutions.

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Top 5 Featured Publications

Klara Reichard | Computer Vision Systems | Best Researcher Award

Mrs. Klara Reichard | Computer Vision Systems | Best Researcher Award

Klara Reichard | Technical University of Munich | Germany

Mrs. Klara Reichard is a PhD candidate at the Technical University of Munich (TUM) and a member of the BMW Doctoral Program, specializing in computer vision, autonomous driving, and vision-language integration. She holds advanced degrees in computation and information sciences and works at the intersection of academia and industry to bridge theoretical research with real-world applications. Her professional experience includes collaborations with BMW Group and the University of Padova, where she has contributed to projects on automatic parking space detection, vocabulary-free semantic segmentation, and language-guided anomaly detection for open-world perception. Klara’s research focuses on developing robust perception systems that enhance the safety and intelligence of next-generation autonomous vehicles, with significant contributions such as novel methods for open-vocabulary and vocabulary-free semantic segmentation and integration into autonomous driving systems. She has authored multiple publications, including contributions to the Journal of Experimental Algorithmics and arXiv preprints, with her work accumulating over 24 citations. Klara holds one patent in progress for open-world segmentation and actively contributes to interdisciplinary research communities. She has been recognized for her innovative approach to bridging cutting-edge computer vision research with deployable industry solutions, demonstrating leadership in advancing intelligent, safe, and scalable autonomous vehicle technologies. Quotes: 25, h-index: 2, i10-index: 2

Profile: Google Scholar

Featured Publications

1. Radermacher M., Reichard K.*, Rutter I., Wagner D., A geometric heuristic for rectilinear crossing minimization. Proc. 20th Workshop on Algorithm Engineering and Experiments, 2018, 12.

2. Radermacher M., Reichard K.*, Rutter I., Wagner D., Geometric heuristics for rectilinear crossing minimization. J. Exp. Algorithmics, 2019, 24, 1–21.

3. Reichard K.*, Rizzoli G., Gasperini S., Hoyer L., Zanuttigh P., Navab N., From open-vocabulary to vocabulary-free semantic segmentation. arXiv preprint arXiv:2502.11891, 2025, 1.

4. Postels J., Strümpler Y., Reichard K.*, Van Gool L., Tombari F., 3D compression using neural fields. arXiv preprint arXiv:2311.13009, 2023, 1.

5. Reichard K.*, Rectilinear Crossing Minimization. Informatics Institute, 2016.