计算机科学
互操作性
可扩展性
模块化设计
自动化
计算
药物发现
数据科学
机器学习
大数据
指数增长
数据挖掘
知识抽取
人工智能
数据分析
电子设计自动化
分布式计算
统计学习
软件工程
学习曲线
算法
数据整理
互联网
数据建模
范围(计算机科学)
算法设计
理论计算机科学
精密医学
作者
Anthony R. Bradley,Adrian Rossall,Garry Pairaudeau,Charlotte Mary Deane
标识
DOI:10.1080/17460441.2025.2601102
摘要
AI presents an opportunity to envisage a new approach to drug discovery, but cultural and technological changes are required. The exponential growth in computational drug discovery tools requires solutions that enable researchers to access scalable and robust capabilities more easily. Data generation is usually the slowest and most expensive part of the design cycle; we advocate for a rigorous application of statistical methods focussing on learning efficiency from data over absolute predictive accuracy of models. Automation also plays a critical role in enabling rapid, high-quality data generation. Focussing on modular interoperable automated units with more attractive economics will drive much wider adoption.
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