图 书 馆开课单位--密歇根大学
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21M1 Patients and Populations: Medical Decision-Making- Diagnostic Reasoning I and II[M1患者和人口：医疗决策 - 诊断推理I和II]
Rajesh Mangrulkar;Stephen Gruber(密歇根大学) The Patients and Populations sequence focuses on genetics, principles of disease, epidemiology, information gathering and assessment. The sequence fea...
热度：48
Rajesh Mangrulkar;Stephen Gruber(密歇根大学) The Patients and Populations sequence focuses on genetics, principles of disease, epidemiology, information gathering and assessment. The sequence fea...
热度：48
22Pharm 476 - Principles of Research and Problem Solving[医药 476-研究和解决问题的原理]
Kathleen Stringer(密歇根大学) Content Type: Course Short Title/Course Code: Pharm 476 This is an introductory course in research methods and proposal writing. The cours...
热度：33
Kathleen Stringer(密歇根大学) Content Type: Course Short Title/Course Code: Pharm 476 This is an introductory course in research methods and proposal writing. The cours...
热度：33
23PubPol 671 - Policy and Management in the Nonprofit Sector[PubPol 671-非营利部门政策与管理]
stopol(密歇根大学) Content Type: Course The nonprofit sector has emerged as one of the cornerstones of American society, and yet remains very much a work in progre...
热度：40
stopol(密歇根大学) Content Type: Course The nonprofit sector has emerged as one of the cornerstones of American society, and yet remains very much a work in progre...
热度：40
24Entropy of Search Logs: How Hard is Search? With Personalization? With Backoff?[搜索日志的熵:搜索有多难?个性化?与退避?]
Qiaozhu Mei(密歇根大学) Entropy of Search Logs: How Hard is Search? With Personalization? With Backoff?
热度：36
Qiaozhu Mei(密歇根大学) Entropy of Search Logs: How Hard is Search? With Personalization? With Backoff?
热度：36
25Closing Discussion[结束的讨论]
Marco Zennaro;Marco Ronchetti; Stephanie Teasley;Christopher Brooks;Peter Szegedi(密歇根大学) Closing Discussion
热度：33
Marco Zennaro;Marco Ronchetti; Stephanie Teasley;Christopher Brooks;Peter Szegedi(密歇根大学) Closing Discussion
热度：33
2627Algorithms for Solving the Multiagent Simple Temporal Problem[求解多智能体简单时态问题的算法]
Boerkoel Jr James C(密歇根大学) The Simple Temporal Problem (STP) is a popular representation for solving centralized scheduling and planning problems. When scheduling agents are ass...
热度：35
Boerkoel Jr James C(密歇根大学) The Simple Temporal Problem (STP) is a popular representation for solving centralized scheduling and planning problems. When scheduling agents are ass...
热度：35
28Content Based Recommendation and Summarization in the Blogosphere[博客上基于推荐和总结的内容]
Ahmed Hassan(密歇根大学)
热度：44
Ahmed Hassan(密歇根大学)
热度：44
29Identifying Patients at Risk of Major Adverse Cardiovascular Events Using Symbolic Mismatch[使用符号错配识别有重大心血管不良事件风险的患者]
Zeeshan Syed(密歇根大学) Cardiovascular disease is the leading cause of death globally, resulting in 17 million deaths each year. Despite the availability of various treatment...
热度：56
Zeeshan Syed(密歇根大学) Cardiovascular disease is the leading cause of death globally, resulting in 17 million deaths each year. Despite the availability of various treatment...
热度：56
30Integrating Spreadsheet Data via Accurate and Low-Effort Extraction[通过精确和低工作量的提取集成电子表格数据]
Zhe Chen(密歇根大学) Spreadsheets contain valuable data on many topics. However, spreadsheets are difficult to integrate with other data sources. Converting spreadsheet da...
热度：39
Zhe Chen(密歇根大学) Spreadsheets contain valuable data on many topics. However, spreadsheets are difficult to integrate with other data sources. Converting spreadsheet da...
热度：39