开课单位--阿尔托大学
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Data analysis with humans[人类数据分析]
  Samuel Kaski(阿尔托大学) Data analysis with humans
热度:16

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Towards a physics of society[走向社会物理学]
  Santo Fortunato(阿尔托大学) Statistical physics has proven to be an invaluable tool to describe and understand the properties of systems formed by a large number of elementary un...
热度:17

3
Community structure in graphs[图中的群落结构]
  Santo Fortunato(阿尔托大学) Identifying communities in networks is an open challenge of fundamental importance in several disciplines. Here I discuss the main aspects of the prob...
热度:14

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Kernel-based predictive modelling of drug-protein binding affinities[基于核的药物蛋白结合亲和力预测模型]
  Anna Cichonska(阿尔托大学) Despite several years of target-based drug discovery, chemical agents inhibiting single targets are still rare. Mapping the complete protein target sp...
热度:22

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BiographySampo – Publishing and Enriching Biographies on the Semantic Web for Digital Humanties Research[传记Sampo–在语义网络上发布和丰富传记,用于数字人文研究]
  Eero Hyvonen(阿尔托大学) BiographySampo – Publishing and Enriching Biographies on the Semantic Web for Digital Humanties Research
热度:27

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Predicting drug-target interactions from chemical and genomic kernels using Bayesian matrix factorization[使用贝叶斯矩阵分解来预测来自化学和基因组核的药物 - 靶标相互作用]
  Mehmet Gönen(阿尔托大学) **Motivation:** Identifying interactions between drug compounds and target proteins has a great practical importance in the drug discovery process for...
热度:82

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Variational inference and learning for continuous-time nonlinear state-space models[连续时间非线性状态空间模型的变分推理与学习]
  Tapani Raiko(阿尔托大学) Inference in continuous-time stochastic dynamical models is a challenging problem. To complement existing sampling-based methods, variational methods ...
热度:27

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Opening Remarks[开场白]
  Samuel Kaski(阿尔托大学) author: Samuel Kaski, Department of Information and Computer Science, Aalto University published: Aug. 25, 2008,   recorded: July 2008 
热度:32

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From functional elements to networks in fMRI[从功能元件到网络功能磁共振成像 ]
  Ricardo Vigário(阿尔托大学) 从功能元件到网络功能磁共振成像
热度:40

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Interactive NeRV: Interactive Visualization Optimized for Information Retrieval[交互神经:信息检索优化的交互式可视化]
  Samuel Kaski(阿尔托大学) 交互神经:信息检索优化的交互式可视化
热度:60
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