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City Zurich / / Company Phonak AG / Signal Processing Laboratory / K G N. V. / / Country Switzerland / United Kingdom / / Currency USD / / / Facility City University of Hong Kong / University of Toronto / RIKEN Brain Science Institute / Signal Processing Laboratory / / IndustryTerm basic sum-product / estimation algorithms / recursive least-squares algorithms / maxproduct algorithm / model complex systems / sumproduct algorithm / message-passing algorithms / iterative algorithm / sum-product algorithm / notation systems / nontrivial algorithms / sum-product / max-product algorithms / max-product algorithm / wireless networks / max-product ð¼ sum-productÞ algorithm / / Organization Amari Research Unit / Department of Electrical and Computer Engineering / Swiss NF / University of Toronto / Toronto / RIKEN Brain Science Institute / Department of Electronic Engineering / Department of Information Technology and Electrical Engineering / City University of Hong Kong / U.S. Securities and Exchange Commission / / Person Sascha Korl / Frank R. Kschischang / Fig / Hans-Andrea Loeliger / Justin Dauwels / / Position forward / / Product Pentax K-x Digital Camera / / ProgrammingLanguage A# / / ProvinceOrState Newfoundland / / Technology maxproduct algorithm / max-product algorithms / RLS algorithm / sum-product algorithm / max-product algorithm / Information Technology / max-product ð¼ sum-productÞ algorithm / resulting message-passing algorithms / iterative algorithm / Kalman filtering algorithms / machine learning / Gaussian message-passing algorithms / Digital Object Identifier / estimation algorithms / sumproduct algorithm / recursive least-squares algorithms / / SocialTag 
INVITED PAPER The Factor Graph Approach to Model-Based Signal Processing Factor graphs can model complex systems and help to design effective