按Track(以下各Track各一篇): Semantic Web Mobility Performance and Scalability Social Networks: Applications and Infrastructures for Web 2.0 Search: Crawlers Search: Applications 按机构: 清华大学 3 微软亚洲研究院 2 中科院软件所 1
这6篇文章列表如下:
Semantic Web I * Computing Minimum Cost Diagnoses to Repair Populated DL-based Ontologies Jianfeng Du(杜剑锋), Institute of Software, Chinese Academy of Science(中科院软件所), China. Yidong Shen(沈一栋), Institute of Software, Chinese Academy of Science(中科院软件所), China.
Mobility * Learning Transportation Mode from Raw GPS Data for Geographic Applications on the Web Yu Zheng (郑宇), Like Liu, Longhao Wang and Xing Xie. Microsoft Research Asia, China.
Performance and Scalability
* Service-Oriented Data Denormalization for Scalable Web Applications Zhou Wei, Tsinghua University, China. Jiang Dejun, Tsinghua University, China. Guillaume Pierre, Vrije University Amsterdam, Netherlands. Chi-Hung Chi, Tsinghua University, China. Maarten van Steen Vrije University Amsterdam, Netherlands.
Social Networks: Applications and Infrastructures for Web 2.0
* Lock-Free Consistency Control for Web 2.0 Applications Jiangming Yang (杨江明), Haixun Wang, Ning GU, Yiming Liu, Chunsong Wang and Qiwei Zhang. Microsoft Research Asia, China.
Search: Crawlers
* iRobot: An Intelligent Crawler for Web Forums Rui Cai, Jiangming Yang, Wei Lai, Yida Wang and Lei Zhang. Microsoft Research Asia, China.
Search: Applications
* Automatic Online News Issue Construction in Web Environment Canhui Wang (王灿辉), Tsinghua University, China. Shaoping Ma (马少平), Tsinghua University, China.
============================================== 附Semantic Web Track完整论文列表: ============================================== Semantic Web I
* Structured Objects in OWL: Representation and Reasoning Boris Motik, University of Oxford, UK. Bernardo Cuenca Grau, University of Oxford, UK. Ulrike Sattler. University of Manchester, UK.
* Computing Minimum Cost Diagnoses to Repair Populated DL-based Ontologies Jianfeng Du(杜剑锋), Institute of Software, Chinese Academy of Science(中科院软件所), China. Yidong Shen(沈一栋), Institute of Software, Chinese Academy of Science(中科院软件所), China.
* Scalable Querying Services over Fuzzy Ontologies Jeff Z. Pan, University of Aberdeen, UK. Giorgos Stamou, National Technical University of Athens, Greece. Giorgos Stoilos, National Technical University of Athens, Greece. Edward Thomas, University of Aberdeen, UK. Stuart Taylor, University of Aberdeen, UK.
Semantic Web II
* Networked Graphs: A Declarative Mechanism for SPARQL Rules, SPARQL Views and RDF Data Integration on the Web Simon Schenk, University of Koblenz-Landau, Germany. Steffen Staab, University of Koblenz-Landau, Germany.
* SPARQL Basic Graph Pattern Optimization Using Selectivity Estimation Markus Stocker, University of Zurich, Switzerland. Andy Seaborne, HP Labs, UK. Abraham Bernstein, University of Zurich, Switzerland. Christoph Kiefer, University of Zurich, Switzerland. Dave Reynolds, HP Labs, UK.
* Scaling RDF with Time Andrea Pugliese, University of Calabria. Italy. Octavian Udrea, The University of Maryland. USA. V.S. Subrahmanian, The University of Maryland. USA.
Semantic Web III
* Wiki Content Templating for (lowercase) semantic web Angelo Di Iorio, University of Bologna, Italy. Fabio Vitali, University of Bologna, Italy. Stefano Zacchiroli, University of Bologna, Italy.
* Querying for Meta Knowledge Bernhard Schueler, University of Geogia, USA. Sergej Sizov, University of Koblenz-Landau, Germany. Steffen Staab, University of Koblenz-Landau, Germany.
* Automatically Refining the Wikipedia Ontology Fei Wu, University of Washington, USA. Daniel S. Weld, University of Washington, USA.
01. Ivan Herman介绍了SWEO的应用状况。认为按照某种新技术应用周期,现在处在2.5%的人应用之后的第二个阶段:13%的人正在采用,形势相当喜人。w3c的SWEO工作组搜集了许多SW应用或RDF dataset,见Linking Open Data Project的主页,尤其是上面那个表示各个应用彼此之间联系的图。 提到一个观点(还是约50份的调查结果?):现在SW的应用主要集中在Data Integration。 在其中要在不同数据源之间建立联系时用owl:sameAs比较典型。 他这次的胶片在w3c主页上有,在http://www.w3.org/Talks/ 可以很方便地搜到。
03 清华KEG实验室目前在SW方面的研究有: 1)Semantic Annotation;2)Ontology Matching;3)Semantic Indexing & Searching。 Applications有: 1)ArnetMiner (一个搜索研究人员的系统,其中的数据主要来自DBLP);2)Event Based Intelligent News Mgmt;3)Semantic Based Service Integration
04 Srinivas博士介绍了IBM的SHER项目:一个在医疗领域的应用,如Semantic PubMed search,clinical Trials matching;提到用OWL推理可以做一些cleaning noisy data的工作。 后面提到一个有意思的问题:在medical、government领域之外,ontology到底有多大用途?说在有些地方simple rules、在有些地方closed world reasoning 就might be sufficient了。
05 IBM CRL在SW方面的focus有: 1)SW based modeling; 2)SW based data mgmt; 前者toward to “Enterprise Model repository”,考虑了EMF model。 后者又有几个focus:A)RDF triple store; B)RDF access to RDB ;C)application等,出了一篇VLDB2007 best paper!!!相关的RDF store参加对比测试的结果是 the most efficient one. 提到一个理论问题:当RDF数据被分开存储时,需要考虑Graph partition 算法。
06 Chris的特邀演讲很通俗:“Ontologies and Folksonomies: False Friends”。回顾了Classification, ontology, folksonomy三者的历史,然后谈区别。但可惜因英文听力俺没太听太懂:(。 据whf同学讲,他理解Chris的意思是ontology适合表示那些在分类系统中位置非常明确的信息,而对于“Chinese Military History”这样的东西,是放在“Chinese History”下还是“Military History”下就不是很清晰,就不适合了。 我印象最深的一点是:Classification系统是很刻板的,但不同的人对于事物该如何分类往往会有分歧;于是另一种方法出现了: single set of key words(facets); any combination is legal; 从中发展出了folksonomy。
07 诸葛教授讲的比较抽象。与前面类似,他们看重classification,但也看重link。沿着前者,提出了Resource Space Model,就是用n个各表示一个属性的维度组成一个空间,在其中指定各个维度的选择条件进行检索(只是个人感受,理解不一定准);目前正在研究一套此空间上的理论如操作、范式、演算代数等。 提到:在一个有关敦煌艺术的系统中得到了(还是正在)应用,——颇像黄智生老师上次介绍的荷兰的e-Culture啊!呵呵。 沿着后者,提出了Semantic Link Network的概念。
10 人大杜小勇老师介绍了他们在建立经济学本体的过程中所使用的方法,有一个我觉得很像设计编译器的过程很有意思(如果我糟糕的听力没弄错的话): 用一个较小的本体onto1去标注文档,对标注结果进行学习,从中得到一个更大的本体onto2 ! 据说有一个portal for economic knowledge grid,搜了一下,觉得http://www.lib.ruc.edu.cn/rdsztsg/rdstjj.htm 这个最像,不知道是不是。
11 LEI Yuangui 博士介绍了英国Open University的情况后,谈了她在“evaluation of the quality of metadata in SW”上的研究。正好这个问题前面瞿老师等至少两人谈过是他们的SW研究中感受到的一个大问题。方法大意是分别用Domain Ontology, Domain Lexicon, data respository(?), SW, Web等来对付annotation中的inconsistence,,,inaccurate,等问题。 在被问到他们推出的“新科状元”Revju时,她说:可用于create communities,有点像facebook。
> Question: > The Semantic Web initiative is often said to address the same issues > that have already been approached 30 years before, by means of knowledge > representation and inductive logics in artificial intelligence. Systems > such as KL-ONE or Cyc, Minsky's frames and Sowa's Conceptual Graphs are > remnants of these ancestral efforts. But they have failed. What makes > the Semantic Web, along with its focus on ontologies and reasoning, so > different from these futile endeavours?
There is indeed a widespread misconception that the Semantic Web is "AI all over again". Even though the two may have some of their tools in common (ontologies, reasoning, logic), the goals of the two programmes are entirely different. In fact, the goals of the Semantic Web are much more modest: the Semantic Web is *not* out to build a general purpose all encompassing global internet-based intelligence. The goal is instead much more technical and modest: to achieve interoperability between datasets that are exposed to the web (whether they are structured, unstructured or semi-structured data). Tim Berners-Lee devoted an entire presentation to the confusion between AI and Semantic Web in July last year: http://www.w3.org/2006/Talks/0718-aaai-tbl/Overview.html The summary of his presentation is: - The Semantic Web is not AI and AI is not the Semantic Web - AI is a field; SW is a project - The Semantic Web owes a debt to AI because it uses some of its tools - The Semantic Web should be a great playground for AI That same presentation also does a very good job of busting some of the other false myths surrounding the Semantic Web, such as that the Semantic Web is (only, mainly) concerned with hand-annotated text-documents, or that the Semantic Web requires a single universal ontology to be adopted by all.
> Question: > Web 2.0 appears to be the new kid on the block - everybody's darling, > loved both by academia and industry. The Semantic Web, on the other > hand, has fallen from grace, owing to numerous unmet promises. How do > you regard the coexistence of these two Webs and what role will Web 2.0 > assume in the Semantic Web's story?
Notice that the question states a false premisse, namely that "the Semantic Web has fallen from grace, owing to numerous unmet promises". Instead, let's take a look at some facts and figures: The SemTech conference, an industry oriented event organised in the past 3 years in San Jose, California, attracted 300 attendants 2 years ago, 500 attendants last year, and 700+ attendants this year. Its European counterpart, The European Semantic Technologies Conference attracted 200+ attendants to its first event, last May in Vienna, of which 75% from companies. So, either your question is wrong, or many hundreds of business people and dozens of companies are all wrong. You choose.
Rather on the contrary, Semantic Technologies are in the process of an industrial breakthrough. Here is a quote from a recent (May 2007) Gartner report, the industry watcher not known for its love of shortlived hypes:
"Key finding: During the next 10 years, Web-based technologies will improve the ability to embed semantic structures in documents, and create structured vocabularies and ontologies to define terms, concepts and relationships. This will offer extraordinary advances in the visibility and exploitation of information - especially in the ability of systems to interpret documents and infer meaning without human intervention."
Fortunately, Gartner is wise enough not to declare early failure (as your question does), but knows how long these things take:
"the grand vision of the Semantic Web will occur in multiple evolutionary steps, and small-scale initiatives are often the best starting points."
Turning to the substance of your question: There is widespread agreement in the research world that Web2.0 and Semantic Web (or: Web3.0) are complimentary, not competing. This was for example the finding of a science panel at the WWW07 conference in May last year in Edinburgh. The concensus is that Web2.0 has a low threshold (it's easy to start using it), but also has a low ceiling (folksonomies only get you so far), while Web3.0 has a higher threshold (higher startup investments), but has a much higher ceiling (more is possible).
The aforementioned Gartner report also has useful things to say here. It advises the *combination* of Semantic Web with Web2.0 techniques, and predicts a gradual growth path from the current web via semantically lightweight but easy to use Web2.0 techniques to higher-cost/higher-yield Web3.0 techniques.
> Question: > And what about automated means of learning ontologies, > relationships between entities, and so forth - that is, resorting to > natural language processing, text mining, and statistical means of > knowledge extraction and inference. Do you regard these techniques as > complementary to the manual composition of ontologies or rather > inhibitory? Do you believe that these techniques actually make sense > as an accumulator or are they "bound to fail"?
My attitude towards the acquisition of ontologies and the classification of data-objects in these ontologies is: if it works, it's fine. Clearly relying only on manual construction of ontologies puts a high cost and low ceiling on the volume of knowledge that can be coded and classified. Hence, I expect that the techniques that you mention will play an ever bigger role in the gammut of semantic technologies. I see no reason why such techniques are "bound to fail", instead I am rather optimistic about their increasingly valuable contribution.
> Question: > All great technological inventions and milestones are marked by the > advent of a killer application. What could/will be the Semantic Web's > killer app? Will there be one at all?
I find the perennial question for the "killer app" always a bit naive. For example: can we agree that the widespread adoptation of XML is an important technical innovation? But what was XML's "killer app"? Was there a single one? No. There are just many places where XML facilitates progress "under the hood"? Semantic Web technology is primarily *infrastructure* technology. And infrastructure technology is under the hood, not directly visible for users. You will simply notice websites becoming more personalised (because under the hood semantic web technology allows your personal interest profile to be interoperable with the data-sources of the web-site), or you will simply notice search engines doing better clustering of results (because under the hood they have classified search results in a meaningful ontology), or you will simply notice your desk-top search tool being able to link author names of documents with email addresses in your address-book (because under the hood, these data-formats have been made to interoperate by exposing their semantics), but none of these applications will have "Semantic Web technology" written on their interface. Semantic Web technology is like Nikasil coating in the cylinders of your car: very few car drivers are aware of it, but they are aware of reduced fuel consumption, higher top speeds and extended lifetime of the engine. Semantic Web technology is the Nikasil of the next generation of humanfriendly computer applications that are being developed right now.
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International Workshop on Semantic e-Science 3rd September, 2006, Beijing, China. (SeS2006), co-located with ASWC2006 http://km.aifb.uni-karlsruhe.de/ws/SeS2006/ ---------------------------------------------------- =======Call for Papers========
In the successful series of Semantic Grid and e-Science events we intend to bring together researchers and practitioners around the world from the quickly developing research areas of the Semantic Web, Grid and e-Science. As semantic technologies are being widely accepted in various e-science areas such as life science or bioinformatics, it is necessary and urgent to offer semantically enriched methods, tools, middleware to facilitate semantic modeling, system building, searching, and data analyzing in e-science applications. Former Semantic Grid research aimed at the Grid level, in which often the basic premises of the science-like environment are forgotten or disregarded. Thus the main goal of this workshop is to lay the foundations for e-Science within the Semantic Web scenario.
The aim of this workshop is to ground Semantic e-Science firmly on the needs of the Semantic Web and general science research community. We want to encourage and stimulate discussion about the current state of the art in Semantic e-Science and its future direction. Currently, ontologies and the Semantic Web attract researchers from all around the world and from various disciplines. There have been many approaches of using ontologies in the e-Science domain, which has been introduced in several past Semantic Grid and e-Science events. However, the role of ontology in the Semantic e-Science research has still not been unambiguously formalized. On the other hand, ontology-based tools for various e-Science branches have been widely developed and already attracted the attention from traditional science research community and provided real cases and experience for applying Semantic Web technologies. We regard it as necessity to set a research agenda at this point in time, in order to steer the development and the research efforts in the most rewarding direction towards our common goal of realizing the Semantic e-Science. Otherwise we fear that effort, motivation and funding may be invested less effectively, slowing the realization and adaptation of the Semantic Web technology in the e-Science research. Furthermore, there is also a great opportunity for the building the collaboration between the EU and non-EU universities, especially Asian universities, which locate at the one of the most active economical areas around the world. The holding of this workshop would help to build closer connection between researchers from both sides, and consolidate the collaborations.
Main topics of interest include but are not limited to: ---------------------------------------------------- Semantic e-Science Foundations: * Semantic Infrastructure and Architecture for e-Science * Semantic Web and Grid middleware * Service Oriented Architecture for Semantic Grid * Scalability and flexibility of e-Science infrastructure * Semantic Data Integration for e-Science * Semantic Web services for e-Science * Ontology Engineering for e-Science * Web Trust for e-Science * Knowledge Management for e-Science * Complex e-Science Process Management * Complex Semantic Network
Semantic Web Applications and Ontologies for: * System Biology, Bio&Medical Informatics * Complex Biological Network Modeling. * Geography, Environment and Climate * Chemistry, Physics and Mechanics * Web Service applications * P2P applications * Digital Libraries and Scientific Publication * Ubiquitous and Mobile Semantic Web applications * Information Retrieval and Machine Learning * HCI issues and Usability * Case study and user issues
Submission and Proceedings ---------------------------------------------------- Interested authors should submit an electronic PDF and source version of their papers to *Yimin Wang* prior to the paper submission deadline. The first page of submitted papers should include: title, author names, affiliations, postal addresses, electronic mail addresses, telephone and fax numbers for all authors, and a brief abstract. All correspondence will be sent to the author mentioned as contact person in the electronic title page (by default, the first author). Regualr submissions should not exceed 10 pages and should be formatted according to the guidelines of the Springer Lecture Notes. Posters and demos should be submitted up to 4 pages LNCS format.
The workshop proceedings will be published in electronic version online. Extended version of selected papers will be published as a supplement issue of *BMC Bioinformatics journal* (confirmed) and *IJSWIS* (pending to approve), depending on the different aspects of proceedings.
BMC Bioinformatics is a respectable, SCI-indexed journal with a focus on bio/medical informatics, with impactor 5.2. IJSWIS is an active journal which has good impact within the Semantic Web community.
Important Dates ---------------------------------------------------- Deadline paper submissions: *June 20th*, 2006 Notification of acceptance: July 20th, 2006 Camera ready deadline: July 31st, 2006 Workshop date: September 3th or 4th, 2006 (to be settled)
Organization Committee ---------------------------------------------------- Yimin Wang (co-chair) Institute AIFB, University of Karlsruhe, Gemany ywa@...
Huajun Chen (co-chair) CCNT, Zhejiang University, China huajunsir@...
Peter Haase Institute AIFB, University of Karlsruhe, Germany pha@...
Zhaohui Wu CCNT, Zhejiang University, China wzh@...
Rudi Studer Institute AIFB, University of Karlsruhe, Germany studer@...
Program Committee ---------------------------------------------------- Nigel Shadbolt, University of Southampton, UK Nong Xiao, National Defense University, China York Sure, University of Karlsruhe, Germany Jeff Pan, University of Aberdeen, UK Minglu Li, Shanghai Jiaotong University, China Rudi Studer, University of Karlsruhe, Germany Keqing He, Wuhan University, China Christopher Baker, Concordia University, Canada Yanbo Han, China Academy of Science, China Heiner Stuckenschmidt, University of Mannheim, Germany BingLi, Wuhan University, China Kei Cheung, Yale University, USA William Cheng, Hong Kong Baptist University, China Takahira Yamaguchi, Keio University, Japan Robert Stevens, University of Manchester, UK Hai Wang, University of Machester, UK
查谁入手呢?就从做出开创性工作的大师出发吧。随手能想起的是Agrawal和Gruber。 (1) Agrawal Agrawal在1993和1994年对于关联规则挖掘所做的开创性的工作,分别被SCI他引505次和303次,这样的成绩就是在一些理科领域也是很了不起的。如下: 373 AGRAWAL R P 20 INT C VER LARG 1994 487 505 AGRAWAL R P ACM SIGMOD C MAN D 1993 207 再看看他的其它文章: DATABASE MINING - A PERFORMANCE PERSPECTIVE. IEEE TRANSACTIONS ON KNOWLEDGE AND DATA ENGINEERING 5 (6): 914-925 DEC 1993 Times Cited: 140 这篇他引140次 CONCURRENCY-CONTROL PERFORMANCE MODELING - ALTERNATIVES AND IMPLICATIONS. ACM TRANSACTIONS ON DATABASE SYSTEMS 12 (4): 609-654 DEC 1987. Times Cited: 84. 这篇他引84次。
(1.5)Han Jiawei 既然查到了数据库,突然想到郑大出身的Han Jiawei老师,也查了一下: 1999年他引18次的: Title: Mining multiple-level association rules in large databases Author(s): Han JW, Fu WJ Source: IEEE TRANSACTIONS ON KNOWLEDGE AND DATA ENGINEERING 11 (5): 798-805 SEP-OCT 1999 Document Type: Article Language: English Cited References: 24 Times Cited: 18
1996年他引13次的: Title: Intelligent query answering by knowledge discovery techniques Author(s): Han JW, Huang Y, Cercone N, Fu YJ Source: IEEE TRANSACTIONS ON KNOWLEDGE AND DATA ENGINEERING 8 (3): 373-390 JUN 1996 Document Type: Article Language: English Cited References: 32 Times Cited: 13
1993年他引60次的: Title: DATA-DRIVEN DISCOVERY OF QUANTITATIVE RULES IN RELATIONAL DATABASES Author(s): HAN JW, CAI YD, CERCONE N Source: IEEE TRANSACTIONS ON KNOWLEDGE AND DATA ENGINEERING 5 (1): 29-40 FEB 1993 Document Type: Article Language: English Cited References: 21 Times Cited: 60
Han老师确实牛!!
(2)Gruber Gruber也有不少文章被SCI他引,不过最牛的还是大家最常见的这篇: T. R. Gruber. A Translation Approach to Portable Ontology Specifications. Knowledge Acquisition, 5:199–220, 1993. Times Cited: 396 被SCI他引396,我相信很多同学在论文中都引用了这篇文章。
(3)Borst Borst的博士论文被SCI他引12次: 12 BORST WN THESIS U TWENTE ENSC 1997 W. N. Borst. Construction of Engineering Ontologies for Knowledge Sharing and Reuse. PhD thesis, University of Twente, Enschede, 1997.
(4)Gruninger Gruninger也有大量论文被他引,其中突出的是这一篇,被引用21次: Gruninger M, Lee J Ontology - Applications and design COMMUNICATIONS OF THE ACM 45 (2): 39-41 FEB 2002 Times Cited: 21
(5)Heflin Heflin做了世界上的第一篇语义Web的博士论文。 他2000年的这篇他引6次: 6 HEFLIN J ARTIF INTELL 2000 2001年的这篇 12次: A portrait of the Semantic Web in action. IEEE INTELLIGENT SYSTEMS & THEIR APPLICATIONS 16 (2): 54-59 MAR-APR 2001. Times Cited: 12 此外,他的博士论文也有10多次的SCI他引。
(6)Maedche和Staab等 以他们为代表的AIFB的论文在这个领域广为引用。 2001的这篇他引40次: Ontology learning for the Semantic Web. IEEE INTELLIGENT SYSTEMS & THEIR APPLICATIONS 16 (2): 72-79 MAR-APR 2001. Times Cited: 40 2001年的这篇他引30次: Title: Knowledge processes and ontologies Author(s): Staab S, Studer R, Schnurr HP, Sure Y Source: IEEE INTELLIGENT SYSTEMS & THEIR APPLICATIONS 16 (1): 26-34 JAN-FEB 2001 Times Cited: 30 像下面这样被引用6次的文章也不少。 Maedche A, Motik B, Stojanovic L Managing multiple and distributed ontologies on the Semantic Web VLDB JOURNAL 12 (4): 286-302 NOV 2003 Times Cited: 6
(7)Studer Studer98年的这篇经典论文被引用50次,非常了不起。 Title: Knowledge Engineering: Principles and methods Author(s): Studer R, Benjamins VR, Fensel D Source: DATA & KNOWLEDGE ENGINEERING 25 (1-2): 161-197 MAR 1998 Document Type: Review Language: English Cited References: 152 Times Cited: 50
(8)Noy 看看Stanford的俄罗斯大姐Noy 2001年48次的: Creating Semantic Web contents with Protege-2000 IEEE INTELLIGENT SYSTEMS & THEIR APPLICATIONS 16 (2): 60-71 MAR-APR 2001 Times Cited: 48
2000年13次的 The knowledge model of Protege-2000: Combining interoperability and flexibility LECTURE NOTES IN ARTIFICIAL INTELLIGENCE 1937: 17-32 2000 Times Cited: 13
2003年12次的: The evolution of Protege: an environment for knowledge-based systems development INTERNATIONAL JOURNAL OF HUMAN-COMPUTER STUDIES 58 (1): 89-123 JAN 2003 Times Cited: 12
2003年11次的 Knowledge acquisition, consistency checking and concurrency control for Gene Ontology (GO) BIOINFORMATICS 19 (2): 241-248 JAN 22 2003 Times Cited: 11
2003年8次的: The PROMPT suite: interactive tools for ontology merging and mapping INTERNATIONAL JOURNAL OF HUMAN-COMPUTER STUDIES 59 (6): 983-1024 DEC 2003 Times Cited: 8
(9)Doan Doan做了采用机器学习建立映射的代表性工作,他的代表性论文也有8,9次的他引。 Doan A, Madhavan J, Dhamankar R, et al. Learning to match ontologies on the Semantic Web VLDB JOURNAL 12 (4): 303-319 NOV 2003 Times Cited: 9
Doan A, Domingos P, Halevy A Learning to match the schemas of data sources: A multistrategy approach MACHINE LEARNING 50 (3): 279-301 MAR 2003 Times Cited: 8
(10)Sowa 最后来看看Sowa: 这是SCI他引的一条纪录: 656 SOWA JF CONCEPTUAL STRUCTURE 1984 这实际上指这篇论文: J. F. Sowa. Conceptual Structures. Information Processing in Mind and Machine, Reading, Addison Wesley, 1984. 这篇文章被SCI它引656次,你不服不行,这是真正的大师。
此外,这篇被引用20次 Title: Top-level ontological categories Author(s): Sowa JF Source: INTERNATIONAL JOURNAL OF HUMAN-COMPUTER STUDIES 43 (5-6): 669-685 NOV-DEC 1995 Times Cited: 20
他的Knowledge Representation一书,也有着大量的引用。
查了国外,我不仅想起国内,就随便查查吧。选最牛最牛的那些来查查: (1)Zhou Zhihua 周老师能有下面两篇分别被他引18,17次的文章,确实很牛,难怪国内有那么多人嫉妒他,你们嫉妒人家那就也弄几篇这样的论文来看看!! Zhou ZH, Wu JX, Tang W Ensembling neural networks: Many could be better than all ARTIFICIAL INTELLIGENCE 137 (1-2): 239-263 MAY 2002 Times Cited: 18
Zhou ZH, Jiang Y, Yang YB, et al. Lung cancer cell identification based on artificial neural network ensembles ARTIFICIAL INTELLIGENCE IN MEDICINE 24 (1): 25-36 JAN 2002 Times Cited: 17