首页
学习
活动
专区
工具
TVP
发布
精选内容/技术社群/优惠产品,尽在小程序
立即前往
您找到你想要的搜索结果了吗?
是的
没有找到

生物启发的终生学习系列论文The Neural Adaptive Computing Laboratory

Neural architectures trained with back-propagation of errors are susceptible to catastrophic forgetting. In other words, old information acquired by these models is lost when new information for new tasks is acquired. This makes building models that continually learn extremely difficult if not near impossible. The focus of the NAC group's research is to draw from models of cognition and biological neurocircuitry, as well as theories of mind and brain functionality, to construct new learning procedures and architectures that generalize across tasks and continually adapt to novel situations, combining input from multiple modalities/sensory channels. The NAC team is focused with developing novel, neurocognitively-inspired learning algorithms and memory architectures for artificial neural systems (for both non-spiking and spiking neurons). Furthermore, we explore and develop nature-inspired metaheuristic optimization algorithms, ranging from (neuro-)evolution to ant colony optimization to hybrid procedures. We primarily are concerned with the various sub-problems associated with lifelong machine learning, which subsumes online/stream learning, transfer learning, multi-task learning, multi-modal/input learning, and semi-supervised learning.

01

Nat. Mach. Intell. | 基于PK/PD建模的深度学习从早期数据预测患者的反应时间过程

今天给大家介绍的文章来自美国基因泰克公司“Deep learning prediction of patient response time course from early data via neural-pharmacokinetic/pharmacodynamic modelling”,基于神经药代动力学/药效学建模的深度学习从早期数据预测患者的反应时间过程。目前,使用药代动力学或药效学 (PK/PD)方法对给药后的患者反应时间进行纵向分析,仍需要大量的人类经验和相关的专业知识。本文提出了一种新的PK/PD神经网络框架,将药理学原理与常微分方程(ODE)相结合,可以模拟患者对未经测试的给药方案的反应。分析了600多名患者组成的临床数据集的药物浓度和血小板反应,实验证明了该模型自动预测分析患者的反应时间过程的潜力。

01

【专知荟萃14】机器翻译 Machine Translation知识资料全集(入门/进阶/综述/视频/代码/专家,附PDF下载)

【导读】主题荟萃知识是专知的核心功能之一,为用户提供AI领域系统性的知识学习服务。主题荟萃为用户提供全网关于该主题的精华(Awesome)知识资料收录整理,使得AI从业者便捷学习和解决工作问题!在专知人工智能主题知识树基础上,主题荟萃由专业人工编辑和算法工具辅助协作完成,并保持动态更新!另外欢迎对此创作主题荟萃感兴趣的同学,请加入我们专知AI创作者计划,共创共赢! 今天专知为大家呈送第十四篇专知主题荟萃-机器翻译知识资料大全集荟萃 (入门/进阶/综述/视频/代码/专家等),请大家查看!专知访问www.zhu

06
领券