图 书 馆开课单位--京都大学
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1Hierarchically Porous Materials: Preparation and Application to Separation Sciences[分级多孔材料的制备及其在分离科学中的应用]
Kazuki Nakanishi(京都大学) Polymerization-induced phase separation in chemically cross-linked systems has been applied to obtain hierarchically porous monolithic materials in a ...
热度：54
Kazuki Nakanishi(京都大学) Polymerization-induced phase separation in chemically cross-linked systems has been applied to obtain hierarchically porous monolithic materials in a ...
热度：54
2Neural mechanisms of working memory in the prefrontal cortex[在额叶皮层工作记忆的神经机制]
Shintaro Funahashi(京都大学) Working memory is a mechanism for short-term active maintenance of information as well as for processing maintained information. The dorsolateral pref...
热度：57
Shintaro Funahashi(京都大学) Working memory is a mechanism for short-term active maintenance of information as well as for processing maintained information. The dorsolateral pref...
热度：57
3Structural equations and divisive normalization for energy-dependent component analysis[能量相关成分分析的结构方程和分裂归一化]
Jun-ichiro Hirayama(京都大学) Components estimated by independent component analysis and related methods are typically not independent in real data. A very common form of nonlinear...
热度：52
Jun-ichiro Hirayama(京都大学) Components estimated by independent component analysis and related methods are typically not independent in real data. A very common form of nonlinear...
热度：52
45Optimal Online Learning Procedures for Model-Free Policy Evaluation[无模型政策评估的最佳在线学习程序]
Tsuyoshi Ueno(京都大学) In this study, we extend the framework of semiparametric statistical inference introduced recently to reinforcement learning (Ueno, et.al., 2008) to o...
热度：65
Tsuyoshi Ueno(京都大学) In this study, we extend the framework of semiparametric statistical inference introduced recently to reinforcement learning (Ueno, et.al., 2008) to o...
热度：65
6Prefrontal cortex and decision-making[前额叶皮层与决策]
Shintaro Funahashi(京都大学) The prefrontal cortex has been known to participate in working memory processes. Tonic sustained activation observed during the delay period (delay-pe...
热度：58
Shintaro Funahashi(京都大学) The prefrontal cortex has been known to participate in working memory processes. Tonic sustained activation observed during the delay period (delay-pe...
热度：58
7Boosted optimization for network classification[网络分类的优化改进]
Timothy Hancock(京都大学) In this paper we propose a new classification algorithm designed for application on complex networks motivated by algorithmic similarities between boo...
热度：38
Timothy Hancock(京都大学) In this paper we propose a new classification algorithm designed for application on complex networks motivated by algorithmic similarities between boo...
热度：38
8Submodularity and Discrete Convexity[子模性与离散凸性 ]
Satoru Fujishige(京都大学) The present talk is a tutorial one and gives some essence of submodular functions and discrete convexity. The contents of my talk will be the followi...
热度：165
Satoru Fujishige(京都大学) The present talk is a tutorial one and gives some essence of submodular functions and discrete convexity. The contents of my talk will be the followi...
热度：165
9Kernels on histograms through the transportation polytope[通过运输多面体的直方图上的内核]
Marco Cuturi(京都大学) For two integral histograms and of equal sum, the Monge-Kantorovich distance MK(r,c) between r and c parameterized by a d × d cost matrix T is the min...
热度：72
Marco Cuturi(京都大学) For two integral histograms and of equal sum, the Monge-Kantorovich distance MK(r,c) between r and c parameterized by a d × d cost matrix T is the min...
热度：72
10A Spectral Clustering Approach to Optimally Combining Numerical Vectors with a Modular Network[数字矢量与模块化网络优化组合的谱聚类方法 ]
Motoki Shiga(京都大学 ) We address the issue of clustering numerical vectors with a network. The problem setting is basically equivalent to constrained clustering by Wagstaff...
热度：30
Motoki Shiga(京都大学 ) We address the issue of clustering numerical vectors with a network. The problem setting is basically equivalent to constrained clustering by Wagstaff...
热度：30