On-Device Multi-Species Malaria Detection with Uncertainty-Calibrated Slide-Level Aggregation
基于不确定性校准的玻片级聚合的设备端多物种疟疾检测
机构 * Carnegie Mellon University Africa(卡内基梅隆大学非洲分校) ; University of Washington(华盛顿大学)
AI总结 针对资源有限地区疟疾检测的临床约束,开发基于YOLOv13n的设备端多物种疟疾检测系统,满足多物种鉴别等要求,在2739张图像上实现较高检测精度与聚合性能。
Comments Accepted at The Fifth Workshop on Applications of Medical AI (AMAI) 2026, a satellite event at MICCAI 2026. To appear in Springer Lecture Notes in Computer Science (LNCS)