| Abuse, Security and Privacy |
A.01 |
A Middleware for Securing Mobile Mashups |
Florent Batard; Karima Boudaoud;Michel riveill |
| Abuse, Security and Privacy |
A.02 |
Detecting Group Review Spam |
Arjun Mukherjee; Bing Liu; Junhui Wang; Natalie Glance;Nitin Jindal |
| Abuse, Security and Privacy |
A.03 |
Collaborative classification over P2P networks |
Odysseas Papapetrou; Wolf Siberski; Stefan Siersdorfer |
| Abuse, Security and Privacy |
A.04 |
Trust Analysis using Clusters |
Manish Gupta; Yizhou Sun; Jiawei Han |
| Behavioral Analysis and Personalization |
B.01 |
Harnessing the Wisdom of Crowds: Video Event Detection based on Synchronous Comments |
Xingtian Shi; Zhenglu Yang; Masashi Toyoda; Masaru Kitsuregawa |
| Behavioral Analysis and Personalization |
B.02 |
Effective Sharing of Large Collections of Personal Photos Through Summarization |
Pinaki Sinha; Sharad Mehrotra; Ramesh Jain |
| Behavioral Analysis and Personalization |
B.03 |
Personalized Search on Flickr based on Searcher Preference Prediction |
Dongyuan Lu; Qiudan Li |
| Bridging Structured and Unstructured Data |
C.01 |
A Classification Based Framework For Concept Summarization |
Dhruv Mahajan; Sundararajan Sellamanickam; Subhajit Sanyal;Amit Madaan |
| Bridging Structured and Unstructured Data |
C.02 |
EntityTagger: Automatically Tagging Entities With Descriptive Phrases |
Kaushik Chakrabarti; Surajit Chaudhuri; Tao Cheng;Dong Xin |
| Content Analysis |
D.01 |
Comparative study of clustering techniques for short text documents |
Aniket Rangrej; Sayali Kulkarni; Ashish Tendulkar |
| Content Analysis |
D.02 |
Growing Parallel Paths for Entity-Page Discovery |
Tim Weninger; Fabio Fumarola; Cindy Xide Lin; Rick Barber; Jiawei Han;Donato Malerba |
| Content Analysis |
D.03 |
HyLiEn: A Hybrid Approach to General List Extraction on the Web |
Fabio Fumarola; Rick Barber; Tim Weninger; Donato Malerba;Jiawei Han |
| Content Analysis |
D.04 |
WonderWhat: Real-time Event Determination from Photos |
Mingyan Gao; Xian-Sheng Hua;Ramesh Jain |
| Content Analysis |
D.05 |
Information Quality in Wikipedia |
Maik Anderka; Benno Stein;Nedim Lipka |
| Content Analysis |
D.06 |
Leveraging Auxiliary Text Terms for Automatic Image Annotation |
Jianping Fan |
| Content Analysis |
D.07 |
From Actors, Politicians, to CEOs: Domain Adaptation of Relational Extractors using a Latent Relational Mapping |
Danushka Bollegala; Yutaka Matsuo;Mitsuru Ishizuka |
| Content Analysis |
D.08 |
A Large Scale Hyperlinked Document Clustering Algorithm and Visualization Method Inspired by Neuronal Migration |
Kotaro Nakayama;Yutaka Masuo |
| Content Analysis |
D.09 |
Learning to Blend - A Novel Approach to Addressing Term Mismatch |
Jun Xu; Wei Wu; Hang Li;Gu Xu |
| Content Analysis |
D.10 |
Autopedia: Automatic domain-independent wikipedia article generation |
Conglei Yao; Xu Jia; Sicong Shou; Shicong Feng; Feng Zhou;Hongyan Liu |
| Content Analysis |
D.11 |
Generalized Fact-Finding |
Jeff Pasternack;Dan Roth |
| Content Analysis |
D.12 |
A Non-Syntactic approach for text sentiment classification with stopwords |
Suresh V; Ashok Veilumuthu; Avanthi Krishnamurthy; Veni Madhavan C. E; Kaushik Nath; Sunil Arvindam |
| Content Analysis |
D.13 |
Domain-Independent Entity Extraction from Web Search Query Logs |
Marco Pennacchiotti; Alpa Jain |
| Content Analysis |
D.14 |
An adaptive ontology-based approach to identify correlation between publications |
Huayu Wu; Hideaki Takeda; Masahiro Hamasaki; TokWang Ling; Liang Xu |
| Content Analysis |
D.15 |
A Fine-Grained Digestion of News Webpages through Event Snippet Extraction |
Rui Yan; Liang Kong; Yu Li; Yan Zhang; Xiaoming Li |
| Content Analysis |
D.16 |
Scalable Spatio-temporal Knowledge Harvesting |
Yafang Wang; Bin Yang; Spyros Zoupanos; Marc Spaniol; Gerhard Weikum |
| Content Analysis |
D.17 |
Language-independent identification of parallel sentences using Wikipedia |
Rohit Bharadwaj; Vasudeva Varma |
| Content Analysis |
D.18 |
Unsupervised Query Segmentation Using only Query Logs |
Nikita Mishra; Rishiraj Saha Roy; Niloy Ganguly; Srivatsan Laxman; Monojit Choudhury |
| Content Analysis |
D.19 |
On Computing Text-based Similarity in Scientific Literature |
Seok-Ho Yoon; Ji-Soo Kim; Sang-Wook Kim; Won-Seok Hwang |
| Content Analysis |
D.20 |
Caching Intermediate Result of SPARQL Queries |
Mengdong Yang; Gang Wu |
| Content Analysis |
D.21 |
ReadAlong: Reading Articles and Comments Together |
Dyutkumar Sil; Srinivasan Sengamedu; Chiranjib Bhattacharyya |
| Content Analysis |
D.22 |
Rolling Boles, Optimal XML Structure Integrity For Updating Operations |
Sebastian Graf; Sebastian Kay Belle; Marcel Waldvogel |
| Content Analysis |
D.23 |
Hierarchical Organization of Unstructured Consumer Reviews |
Jian Xing Yu; Zha Zheng-Jun; Meng Wang; Tat-Seng Chua |
| Monetization |
E.01 |
Coverage Patterns For Efficient Banner Advertisements Placement |
Bhargav S; Krishna Reddy P; R Uday Kiran |
| Monetization |
E.02 |
Is Pay-Per-Click Efficient? An Empirical Analysis of Click Values |
Dakan Wang; Gang Wang; Pinyan Lu; Botao Hu |
| Monetization |
E.03 |
Measuring the Effectiveness of Display Advertising: A Time Series Approach |
Joel Barajas; Ram Akella; Marius Holtan; Jaimie Kwon; Brad Null |
| Monetization |
E.04 |
A Study on the Impact of Product Images on User Clicks for Online Shopping |
Anjan Goswami; Naren Chittar; Sung H. Chung |
| Performance, Scalability, and Availability |
F.01 |
Web-scale Entity-Relation Search Architecture |
Soumen Chakrabarti; Devshree Sane;Ganesh Ramakrishnan |
| Performance, Scalability, and Availability |
F.02 |
Web Information Extraction Using Markov Logic Networks |
Sandeepkumar Satpal; Sahely Bhadra; Sundararajan Sellamanickam; Rajeev Rastogi;Prithviraj Sen |
| Performance, Scalability, and Availability |
F.03 |
Survivability-Oriented Web Systems through Requirements-Driven Self-Tuning |
Bihuan Chen; Xin Peng; Yijun Yu;Wenyun Zhao |
| Performance, Scalability, and Availability |
F.04 |
A Framework for Evaluating Network Measures for Functional Importance |
Tieyun Qian; Qing Li |
| Performance, Scalability, and Availability |
F.05 |
Toward Optimal Vaccination Strategies for Probabilistic Models |
Zeinab Abbassi; Hoda Heidari |
| Performance, Scalability, and Availability |
F.06 |
Using Complex Network Features for Fast Clustering in the Web |
Jintao Tang; Ting Wang; Ji Wang; Qin LU |
| Relevance and Ranking |
G.01 |
Ranking Related Entities for Web Search Queries |
Changsung Kang; Srinivas Vadrevu; Ruiqiang Zhang; Roelof Zwol; Lluis Garcia; Nicolas Torzec; Jianzhang He;Yi Chang |
| Relevance and Ranking |
G.03 |
Page Segment Content Quality Models for Web Search Ranking |
Srinivas Vadrevu;Emre Velipasaoglu |
| Relevance and Ranking |
G.04 |
Location Relevance Mining for Travelogue Digests |
Mao Ye; Rong Xiao; Xing Xie;Wang-Chien Lee |
| Relevance and Ranking |
G.05 |
Ranking in Context-Aware Recommender Systems |
Minsuk Kahng; Sangkeun Lee; Sang-goo Lee |
| Relevance and Ranking |
G.06 |
A Probabilistic Model for Opinionated Blog Feed Retrieval |
Xueke Xu; Tao Meng; Xueqi Cheng; Yue Liu |
| Relevance and Ranking |
G.07 |
GeoVisualRank: A Ranking Method of Geotagged Images Considering Visual Similarity and Geo-location Proximity |
Hidetoshi Kawakubo; Keiji Yanai |
| Search Systems and Applications |
H.01 |
Using Mined Attribute Dependencies to Improve Retrieval Accuracy over Web Databases in the Absence of Primary-Key Foreign-Key Dependencies |
Ravi Gummadi; Anupam Khulbe; Aravind Kalavagattu; Sanil Salvi;Subbarao Kambhampati |
| Search Systems and Applications |
H.02 |
Efficient Diversification of Search Results using Query Logs |
Franco Maria Nardini; Gabriele Capannini; raffaele perego;Fabrizio Silvestri |
| Search Systems and Applications |
H.03 |
How to Choose Combinations in a Join of Search Results |
Mirit Shalem; Yaron Kanza |
| Search Systems and Applications |
H.04 |
Enhancing Web Search with Entity Intent |
Na Dai; Xiaoguang Qi; Brian Davison |
| Search Systems and Applications |
H.05 |
Query Completion without Query Logs for Crosslingual Song Search |
Nitin Dua; Kanika Gupta; Monojit Choudhury; Kalika Bali |
| Search Systems and Applications |
H.06 |
Timestamp-based Cache Invalidation for Search Engines |
Sadiye Alici; Ismail Sengor Altingovde; Rifat Ozcan; B. Barla Cambazoglu; Özgür ulusoy |
| Search Systems and Applications |
H.07 |
Allocating Inverted Index into Flash Memory for Search Engines |
Bojun Huang; Zenglin Xia |
| Semantic Web |
I.01 |
Generating Summaries for Ontology Search |
Gong Cheng; Weiyi Ge;Yuzhong Qu |
| Semantic Web |
I.02 |
REACTOR: A Framework for Semantic Relation Extraction and Tagging over Enterprise Data |
Wei Shen; Jianyong Wang; Ping Luo; Min Wang;Conglei Yao |
| Semantic Web |
I.03 |
Exploiting Session-like Behaviors in Tag Prediction |
Dawei Yin; LiangJie Hong; Brian Davison |
| Semantic Web |
I.04 |
Mining Collective Local Knowledge from Google MyMaps |
Shaomei Wu; Shenwei Liu; Dan Cosley; Michael Macy |
| Semantic Web |
I.05 |
Towards Identifying Arguments in Wikipedia Pages |
Hoda Sepehri Rad; Denilson Barbosa |
| Semantic Web |
I.06 |
Finding Our Way on the Web: Exploring the Role of Waypoints in Search Interaction |
Ryen White; Adish Singla |
| Semantic Web |
I.07 |
On Using the Real-time Web for News Recommendation & Discovery |
Owen Phelan; Kevin McCarthy; Mike Bennett; Barry Smyth |
| Social Systems and Graph Analysis |
J.01 |
The Freshman Handbook: A Hint for the Server Placement of Social Networks |
Ying Zhang |
| Social Systems and Graph Analysis |
J.02 |
Influence and Passivity in Social Media |
Daniel Romero; Wojciech Galuba; Sitaram Asur;Bernardo Huberman |
| Social Systems and Graph Analysis |
J.04 |
Automatic Sanitization of Social Network data to Prevent Inference Attacks |
Raymond Heatherly; Murat Kantarcioglu |
| Social Systems and Graph Analysis |
J.05 |
Predicting Popular Messages in Twitter |
LiangJie Hong; Ovidiu Dan; Brian Davison |
| Social Systems and Graph Analysis |
J.06 |
Evaluation of Valuable User Generated Content on Social News Web Sites |
Yana Volkovich; Andreas Kaltenbrunner |
| Social Systems and Graph Analysis |
J.07 |
Smart News Feeds for Social Networks Using Scalable Joint Latent Factor Models |
Himabindu Lakkaraju; Angshu Rai; Srujana Merugu |
| Social Systems and Graph Analysis |
J.08 |
Recommendations for the Long Tail by Term-Query Graph |
Francesco Bonchi; Raffaele Perego; Fabrizio Silvestri; Hossein Vahabi; Rossano Venturini |
| Social Systems and Graph Analysis |
J.09 |
Spammers' Networks within Online Social Networks: A Case-Study on Twitter |
Saptarshi Ghosh; Niloy Ganguly; Gautam Korlam |
| Social Systems and Graph Analysis |
J.10 |
CELF++: Optimizing the Greedy algorithm for Influence Maximization in Social Networks |
Amit Goyal; Wei Lu; Laks Lakshmanan |
| Social Systems and Graph Analysis |
J.11 |
Understanding the Functions of Business Accounts on Twitter |
Ana-Maria Popescu; Alpa Jain |
| Social Systems and Graph Analysis |
J.12 |
Extracting events and event descriptions from Twitter |
Ana-Maria Popescu; Marco Pennacchiotti; Deepa Arun Paranjpe |
| Social Systems and Graph Analysis |
J.13 |
Investigating Topic Models for Social Media User Recommendation |
Marco Pennacchiotti; Siva Gurumurthy |
| Social Systems and Graph Analysis |
J.14 |
Group Extraction and Fusion: Towards Effective Recommendation in a Social Annotation System |
Gu Yanhui; Xu Gu;ong; Li Lin; Yang Zhenglu; Masaru Kitsuregawa |
| Social Systems and Graph Analysis |
J.15 |
Finding Influential Mediators in Social Networks |
Cheng-Te Li |
| Social Systems and Graph Analysis |
J.16 |
Learning Facial Attributes by Crowdsourcing in Social Media |
Yan-Ying Chen; Winston H. Hsu; Hong-Yuan Mark Liao |
| Social Systems and Graph Analysis |
J.17 |
Hypergraph-based Inductive Learning for Generating Implicit Key Phrases |
Decong li; sujian li |
| Social Systems and Graph Analysis |
J.18 |
Identifying Overlapping Communities in Folksonomies or Tripartite Hypergraphs |
Saptarshi Ghosh; Niloy Ganguly; Pushkar Kane |
| Software Infrastructure |
K.01 |
Mobile Search Pattern Evolution: The Trend and the Impact of New Interface |
Jeonghee Yi;Farzin Maghoul |
| User Interaction and Mobility |
L.01 |
OntoWiki Mobile Knowledge Management in your Pocket |
Timofey Ermilov; Norman Heino; Sören Auer |
| User Interaction and Mobility |
L.02 |
A Feature-Pair-based Associative Classification Approach to Look-alike Modeling for Conversion-Oriented User-Targeting in Tail Campaigns |
Aashish M; Adwait Ratnaparkhi; Andrew Hatch; Abraham Bagherjeiran; Rajesh Parekh; Vikram Pudi |
| User Interaction and Mobility |
L.03 |
Mobile Topigraphy: Large-scale tag cloud visualization for mobiles |
Tatsushi Matsubayashi; Katsuhiko Ishiguro |
| Web For Emerging Regions |
M.01 |
Open and Decentralized Access across Location-Based Services |
Yiming Liu; Rui Yang; Erik Wilde |
| Web For Emerging Regions |
M.02 |
Casting a Web of Trust over Wikipedia: an Interaction-based Approach |
Silviu Maniu; Talel Abdessalem; Bogdan Cautis |
| Web For Emerging Regions |
M.03 |
Automatically Generating Labels Based on Unified Click Model |
Guichun Hua; Min Zhang; Shaoping Ma; Yiqun Liu |
| Web For Emerging Regions |
M.04 |
Anytime Algorithm for Large Scale QoS-aware Web Service Composition |
Hyunyoung Kil; Wonhong Nam |
| Web For Emerging Regions |
M.05 |
Learning to Tokenize Web Domains |
Sriram Srinivasan; Sourangshu Bhattacharya |
| Web For Emerging Regions |
M.06 |
Networked Hierarchies for Web Directories |
Nazli Goharian; Saket Mengle |
