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高清检测发育过程中的关键事件
胚胎发育活细胞扩展成像,需要精准平衡曝光量、时间分辨率和空间分辨率,以保持细胞活性。为达到最优的分析结果,从成像数据中获取更多有价值的信息,需要在三个因素之间折中考虑。在本次研讨会中,Aivia团队将展示人工智能如何帮助您进行胚胎发育中的活细胞扩展成像。
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自动化加速神经元图像分析
复杂神经投射的检测能力主要取决于大规模神经元网络的精确重建。神经科学研究中的大多数数据析取方法都非常耗时和易错,进而导致进度延误和错误。在本次研讨会中,Aivia将演示如何利用自动化技术提升图像分析工作流的效率
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使用深度学习技术追踪单细胞
人工智能解决方案在显微镜领域的应用不断拓展。从自动化目标分类到虚拟染色,机器学习和深度学习技术在帮助显微镜学家简化分析工作的同时,也在持续推动科学技术领域的突破。