Web Modelling

Web modelling refers to the design of large-scale Web applications[1]. Therefore, it is grouped under ‘Web Applications’. Unified Modelling Language (UML) is an example of a Web Modelling language. (Wimmer et al. 2007)




[1] https://en.wikipedia.org/wiki/Web_modeling

 

Additional Related Publications:

  • [WebSci2009] Mihail, Milena, Mihail, Milena, Young, Stephen - KERNEL MODELS FOR COMPLEX NETWORKS.
  • [WebSci2009] Zhang, Lei, Tu, Wanqing - Six Degrees of Separation in Online Society.
  • [WebSci2017] Larissa Spinelli, Mark Crovella - Closed-Loop Opinion Formation
  • [WebSci2017] Lee Fiorio, Guy Abel, Jixuan Cai, Emilio Zagheni, Ingmar Weber, Guillermo Vinué - Using Twitter Data to Estimate the Relationship between Short-term Mobility and Long-term Migration
  • [WebSci2017] Yu Wang, Aniket Chakrabarti, David Sivakoff, Srinivasan Parthasarathy - Hierarchical Change Point Detection on Dynamic Networks
  • [WebSci2017] Charalampos Chelmis, Reshul Dani - ASSIST: Automatic Summarization of Significant Structural Changes in Large Temporal Graphs
  • [WebSci2017] Omar Alonso, Serge-Eric Tremblay, Fernando Diaz - Automatic Generation of Event Timelines from Social Data
  • [WebSci2017] Sharath Chandra Guntuku, Weisi Lin, Jordan Carpenter, Wee Keong Ng, Lyle H. Ungar, Daniel Preoţiuc-Pietro - Studying Personality through the Content of Posted and Liked Images on Twitter
  • [WebSci2017] Helge Holzmann, Wolfgang Nejdl, Avishek Anand - Exploring Web Archives Through Temporal Anchor Texts
  • [WebSci2017] James P. McCusker, Sabbir M. Rashid, Zhicheng Liang, Yue Liu, Katherine Chastain, Paulo Pinheiro, Jeanette A. Stingone, Deborah L. McGuinness - Broad, Interdisciplinary Science In Tela: An Exposure and Child Health Ontology
  • [WebSci2015] Alexey Tikhonov, Liudmila Ostroumova Prokhorenkova, Arseniy Chelnokov, Ivan Bogatyy, Gleb Gusev - What can be Found on the Web and How: A Characterization of Web Browsing Patterns
  • [WebSci2012] Hans Akkermans - Web Dynamics as a Random Walk: How and Why Power Laws Occur
  • [WebSci2012] Praphul Chandra, Arun Kalyanasundaram - A Network Pruning Based Approach for Subset-Specific Influential Detection
  • [WebSci2012] Chris J. Kuhlman, V. S. Anil Kumar, S. S. Ravi - Controlling Opinion Bias in Online Social Networks
  • [WebSci2012] Xuesong Lu, Giorgos Cheliotis, Xiyue Cao, Yi Song, Stephane Bressan - The Configuration of Networked Publics on the Web: Evidence from the Greek Indignados Movement
  • [WebSci2012] Malik Magdon-Ismail, Brian Orecchio - Guard Your Connections: Infiltration of a Trust/Reputation Based Network
  • [WebSci2012] Nam P. Nguyen, Guanhua Yan, My T. Thai, Stephan Eidenbenz - Containment of Misinformation Spread in Online Social Networks
  • [WebSci2012] Jerˆ ome Kunegis, Julia Preusse - Fairness on theWeb: Alternatives to the Power Law
  • [WebSci2012] Daniele Quercia, Harry Askham, Jon Crowcroft - TweetLDA: Supervised Topic Classification and Link Prediction in Twitter
  • [WebSci2012] Emma S. Spiro, Jeannette Sutton, Matt Greczek, Sean Fitzhugh, Nicole Pierski, Carter T. Butts - Rumoring During Extreme Events: A Case Study of Deepwater Horizon 2010
  • [WebSci2012] Ernesto Diaz-Aviles, Avar´ e Stewart - Tracking Twitter for Epidemic Intelligence
  • [WebSci2012] Chun-Yuen Teng, Liuling Gong, Avishay Livne EECS, Celso Brunetti, Lada Adamic - Coevolution of Network Structure and Content
  • [WebSci2012] Thanh Tran, Yongtao Ma, Gong Cheng - Pay-less Entity Consolidation – Exploiting Entity Search User Feedbacks for Pay-as-you-go Entity Data Integration
  • [WebSci2013] Tushar Rao, Saket Srivastava - Modeling Movements in Oil, Gold, Forex and Market Indices using Search Volume Index and Twitter Sentiments
  • [WebSci2013] Jerome Kunegis, Marcel Blattner, Christine Moser - Preferential Attachment in Online Networks: Measurement and Explanations
  • [WebSci2013] Yuqing Lu, Lei Zhang, Yudong Xiao, Yangguang Li - Simultaneously Detecting Fake Reviews and Review Spammers using Factor Graph Model
  • [WebSci2013] Hans Akkermans, Rena Bakhshi - Toward a Next Generation of Network Models for the Web
  • [WebSci2013] Sebastien Heymann, Bedicte Le Grand - Towards A Redefinition of Time in Information Networks?
  • [WebSci2010] Finin, Tim, Syed, Zareen, Mulwad, Varish, Joshi, Anupam - Exploiting a Web of Semantic Data for Interpreting Tables.
  • [WebSci2010] Thomas, Edward, Pan, Jeff Z, Taylor, Stuart, Ren, Yuan - Lightweight Reasoning, and the Web of Data
  • [WebSci2010] Ceolin, Davide, van Hage, Willem R., Fokkink, Wan - A Trust Model to Estimate the Quality of Annotations using the Web
  • [WebSci2011] Nasir Naveed, Sergej Sizov, Steffen Staab - ATT: Analyzing Temporal Dynamics of Topics and Authors in Social Media.
  • [WebSci2011] Fabian Abel, Qi Gao, Geert-Jan Houben, Ke Tao - Analyzing Temporal Dynamics in Twitter Profiles for Personalized Recommendations in the Social Web.
  • [WebSci2011] Janaína Gomide, Adriano Veloso, Wagner Meira Jr, Fabrício Benevenuto, Virgílio Almeida, Fernanda Ferraz, Mauro Teixeira - Dengue surveillance based on a computational model of spatio-temporal locality of Twitter.
  • [WebSci2011] Chiel van den Akker, Susan Legêne, Marieke van Erp, Lora Aroyo, Roxane Segers, Lourens van der Meij, Jacco van Ossenbruggen, Guus Schreiber, Bob Wielinga, Johan Oomen, Geertje Jacobs - Digital Hermeneutics:  Agora and the Online Understanding of Cultural Heritage.
  • [WebSci2011] Dominic Difranzo, Alvaro Graves - A Farm in Every Window: A Study into the Incentives for Participation in theWindow Farm Virtual Community.
  • [WebSci2011] Matthew Gamble, Carole Goble - Quality, Trust and Utility of Scientific Data on the Web: Towards a Joint Model.