Lab Skku Github Robotics and intelligent system engineering lab. rise lab @ skku has 44 repositories available. follow their code on github. Infolab is a research group pushing the boundaries of security and machine learning, especially in bioinformatics and biomedical discovery. part of the college of computing and informatics at sungkyunkwan university (skku).
Y Lab Skku Github Led by prof. hogun park in the department of computer science and engieering at sungkyunkwan university (skku), our lab bridges theoretical advances in graph learning with real world, trustworthy ai applications. Skku embedded software laboratory has 40 repositories available. follow their code on github. [03 2026] the bioinspired embodied ai and robotics (bear) lab at skku is established! for more details, see our projects page. we design and build robots that support people in daily life, rehabilitation, and healthcare. The official github of skku automation lab. skku automation lab has 36 repositories available. follow their code on github.
Rise Lab Skku Github [03 2026] the bioinspired embodied ai and robotics (bear) lab at skku is established! for more details, see our projects page. we design and build robots that support people in daily life, rehabilitation, and healthcare. The official github of skku automation lab. skku automation lab has 36 repositories available. follow their code on github. We are looking for dedicated individuals whose research interests align with computer vision, anomaly detection, and applied data science. coding proficiency and passion for research are highly valued. only the applicants who fill out this form have their applications looked through. Lab skku has one repository available. follow their code on github. We develop software tools to help us analyze multi omics data and make sense of the microbial world. all of our code is open source and available on github. click on the badges below to learn more about the software we develop. We design and study **tendon driven wearable robots and prosthetic devices** to support individuals with motor impairments. our research spans from lightweight hand exoskeletons to prosthetic hands, focusing on intuitive control, comfort, and daily usability.
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