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<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN"> | ||
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<title>COMSOC-2016: Sixth International Workshop on Computational Social Choice</title> | ||
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Sixth International Workshop on Computational Social Choice<br> | ||
Toulouse, France, 22–24 June 2016 | ||
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<a href="index.html">COMSOC-2016</a> | ||
<!--<a href="program.html">Program</a>--> | ||
<a href="acc.html">Accepted Papers</a> | ||
<a href="program.html">Program</a> | ||
<!--<a href="proceedings.html">Workshop Notes</a> --> | ||
<a href="invited.html">Invited Speakers</a> | ||
<!-- <a href="tutorial.html">LogICCC Tutorial Day</a> --> | ||
<a href="pictures.html">Pictures</a> | ||
<a href="pc.html">Committees</a> | ||
<a href="cfp.html">Call for Papers</a> | ||
<a href="dates.html">Important Dates</a> | ||
<a href="industry.html">Industry Day</a> | ||
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<a href="registration.html">Registration</a> | ||
<a href="location.html">Location</a> | ||
<a href="travel.html">Travel and Accommodation</a> | ||
<a href="sponsors.html">Sponsors</a> | ||
<a href="http://www.illc.uva.nl/COMSOC/workshops.html" target="_blank">Previous COMSOCs</a> | ||
<a href="contact.html">Contact</a> | ||
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<td> </td> | ||
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<h1>Accepted Papers</h1> | ||
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<p> The accepted papers are: | ||
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<ul> | ||
<li> Cycles and Intractability in Social Choice Theory<br> | ||
<i>William Zwicker</i> | ||
<li> Pareto optimal matchings of students to courses in the presence of prerequisites<br> | ||
<i>Katarina Cechlarova, Bettina Klaus and David Manlove</i> | ||
<li> Who Can Win a Single-Elimination Tournament?<br> | ||
<i>Michael P. Kim, Warut Suksompong and Virginia Vassilevska Williams</i> | ||
<li> Fairness in voting: the tale of Blotto's lieutenants<br> | ||
<i>Alessandra Casella, Jean-Francois Laslier and Antonin Macé</i> | ||
<li> Proving the Incompatibility of Efficiency and Strategyproofness via SMT Solving<br> | ||
<i>Florian Brandl, Felix Brandt and Christian Geist</i> | ||
<li> Agenda Separability in Judgment Aggregation | ||
<br> | ||
<i>Jerome Lang, Marija Slavkovik and Srdjan Vesic</i> | ||
<li> Arguing about Voting Rules<br> | ||
<i>Olivier Cailloux and Ulle Endriss</i> | ||
<li> Parameterized Complexity Results for the Kemeny Rule in Judgment Aggregation<br> | ||
<i>Ronald de Haan</i> | ||
<li> On Voting and Facility Location<br> | ||
<i>Michal Feldman, Amos Fiat and Iddan Golomb</i> | ||
<li> Bounds on Manipulation by Merging in Weighted Voting Games<br> | ||
<i>Ramoni Lasisi and Abibat Lasisi</i> | ||
<li> Strong and Weak Acyclicity in Iterative Voting<br> | ||
<i>Reshef Meir</i> | ||
<li> Ordinal power relations and social rankings<br> | ||
<i> Stefano Moretti and Meltem Ozturk</i> | ||
<li> Analyzing games with ambiguous types using the MINthenMAX decision model<br> | ||
<i>Ilan Nehama</i> | ||
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<li>Rules for Choosing Societal Tradeoffs<br> | ||
<i>Vincent Conitzer, Rupert Freeman, Markus Brill and Yuqian Li</i> | ||
<li>Condorcet Domains and Median Graphs<br> | ||
<i> Clemens Puppe and Arkadii Slinko</i> | ||
<li>Fair Social Choice in Dynamic Settings<br> | ||
<i> Rupert Freeman, Seyed Majid Zahedi and Vincent Conitzer</i> | ||
<li>Computing Pareto Optimal Committees<br> | ||
<i> Haris Aziz, Jerome Lang and Jerome Monnot</i> | ||
<li>Altruistic Hedonic Games<br> | ||
<i> Nhan-Tam Nguyen, Anja Rey, Lisa Rey, Jorg Rothe and Lena Schend</i> | ||
<li>Verification in Incomplete Argumentation Frameworks<br> | ||
<i>Dorothea Baumeister, Daniel Neugebauer, Jorg Rothe and Hilmar Schadrack</i> | ||
<li>Natural Interviewing Equilibria for Stable Matching<br> | ||
<i>Joanna Drummond, Allan Borodin and Kate Larson</i> | ||
<li>Strategy-Proofness of Scoring Allocation Correspondences<br> | ||
<i>Nhan-Tam Nguyen, Dorothea Baumeister and Jorg Rothe</i> | ||
<li> Single-peakedness Based on the Net Preference Matrix: Characterization and Algorithms<br> | ||
<i>Olivier Spanjaard and Paul Weng</i> | ||
<li> Pareto optimal matchings with lower quotas | ||
<br> | ||
<i>Katarina Cechlarova and Tamás Fleiner</i> | ||
<li> Bayesian Estimators As Voting Rules | ||
<br> | ||
<i>Lirong Xia</i> | ||
<li>The Single-Peaked Domain Revisited: A Simple Global Characterization<br> | ||
<i>Clemens Puppe</i> | ||
<li>Learning Mixtures of Plackett-Luce models<br> | ||
<i>Zhibing Zhao, Peter Piech and Lirong Xia</i> | ||
<li> Misrepresentation in District Voting<br> | ||
<i>Yoram Bachrach, Omer Lev, Yoad Lewenberg and Yair Zick</i> | ||
<li> Divide and Conquer: Using Geographic Manipulation to Win District-Based Elections<br> | ||
<i>Yoad Lewenberg and Omer Lev</i> | ||
<li> How effective can simple ordinal peer grading be?<br> | ||
<i>Ioannis Caragiannis, George Krimpas and Alexandros Voudouris</i> | ||
<li> Recognising Multidimensional Euclidean Preferences<br> | ||
<i>Dominik Peters</i> | ||
<li> How Hard Is It to Control a Group?<br> | ||
<i>Yongjie Yang and Dinko Dimitrov</i> | ||
<li> Efficiency and Sequenceability in Fair Division of Indivisible Goods with Additive Preferences<br> | ||
<i>Sylvain Bouveret and Michel Lemaître</i> | ||
<li>Truth-revealing voting rules for large populations<br> | ||
<i>Matias Nunez and Marcus Pivato</i> | ||
<li>On Truthful Mechanisms for Maximin Share Allocations<br> | ||
<i>Georgios Amanatidis, Georgios Birmpas and Evangelos Markakis</i> | ||
<li>Object allocation problems under constraints<br> | ||
<i>Laurent Gourves, Carlos Martinhon and Jerome Monnot</i> | ||
<li>Conditional and Sequential Approval Voting on Combinatorial Domains<br> | ||
<i>Nathanaël Barrot and Jerome Lang</i> | ||
<li>A Majoritarian Representative Voting System<br> | ||
<i>Pietro Speroni di Fenizio and Daniele A. Gewurz</i> | ||
<li>Structure in Dichotomous Preferences<br> | ||
<i>Edith Elkind and Martin Lackner</i> | ||
<li>Borda, Condorcet, and Pareto optimality in ordinal group activity selection<br> | ||
<i>Andreas Darmann</i> | ||
<li>Proportional Borda Allocations<br> | ||
<i>Andreas Darmann and Christian Klamler</i> | ||
<li>Majority Graphs of Assignment Problems and Properties of Popular Random Assignments<br> | ||
<i>Felix Brandt, Johannes Hofbauer and Martin Suderland</i> | ||
<li>Optimal Reallocation under Additive and Ordinal Preferences<br> | ||
<i>Haris Aziz, Peter Biro, Jerome Lang, Julien Lesca and Jerome Monnot</i> | ||
<li>Committee Scoring Rules<br> | ||
<i>Piotr Faliszewski, Piotr Skowron, Arkadii Slinko and Nimrod Talmon</i> | ||
<li>Analyzing the Practical Relevance of Voting Paradoxes via Ehrhart Theory, Computer Simulations, and Empirical Data<br> | ||
<i>Felix Brandt, Christian Geist and Martin Strobel</i> | ||
<li>The one-dimensional Euclidean preferences: Finitely many forbidden substructures are not enough<br> | ||
<i>Jiehua Chen, Kirk Pruhs and Gerhard J. Woeginger</i> | ||
<li>And the winner is ... Chevalier de Borda: Neural networks vote according to Borda's Rule<br> | ||
<i>Dávid Burka, Clemens Puppe, László Szepesváry and Attila Tasnadi</i> | ||
<li>Axiomatic Characterization of Committee Scoring Rules<br> | ||
<i>Piotr Skowron, Piotr Faliszewski and Arkadii Slinko</i> | ||
<li>Incremental Approval Voting for Multi-agent Knapsack Problems<br> | ||
<i>Nawal Benabbou and Patrice Perny</i> | ||
<li>Edge-Compressed Majority Graph: Where Social Choice Meets Information Visualization<br> | ||
<i>Nikos Karanikolas, Renaud Blanch and Sylvain Bouveret</i> | ||
<li>Doodle Poll Games<br> | ||
<i>Svetlana Obraztsova, Maria Polukarov, Zinovi Rabinovich and Edith Elkind</i> | ||
<li> Automated Verification for Functional and Relational Properties of Voting Rules<br> | ||
<i>Bernhard Beckert, Thorsten Bormer, Michael Kirsten, Till Neuber and Mattias Ulbrich</i> | ||
<li> Complexity of Manipulative Actions When Voting with Ties<br> | ||
<i>Zack Fitzsimmons and Edith Hemaspaandra</i> | ||
<li>The Random Pairs Voting Rule: Introduction and Evaluation With a Large Dataset<br> | ||
<i>Jeremy Hansen</i> | ||
<li>Equilibria of Plurality Voting: Lazy and Truth-biased Voters<br> | ||
<i>Edith Elkind, Evangelos Markakis, Svetlana Obraztsova and Piotr Skowron</i> | ||
<li>Refinement and randomised versions of some tournament solutions<br> | ||
<i>Justin Kruger, Stéphane Airiau and Jérôme Lang</i> | ||
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<!--<li>Minimising the Rank Aggregation Error<br> | ||
<i>Mathijs De Weerdt, Enrico Gerding and Sebastian Stein</i> | ||
<li> Parameterized Complexity of Group Activity Selection Problem and Stable Invitations Problem<br> | ||
<i>Hooyeon Lee and Virginia Vassilevska Williams</i> | ||
--> | ||
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<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN"> | ||
<html> | ||
<head> | ||
<title>COMSOC-2016: Sixth International Workshop on Computational Social Choice</title> | ||
<link rel="stylesheet" href="web/comsoc.css" type="text/css"> | ||
</head> | ||
|
||
<body> | ||
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<center> | ||
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<!-- top banner starts here --> | ||
<table border="0" cellspacing="0" cellpadding="0" width="850px"> | ||
<tr><td background="images/toulouse.jpg" height="220px" valign="top"> | ||
|
||
<div id="top"> | ||
Sixth International Workshop on Computational Social Choice<br> | ||
Toulouse, France, 22–24 June 2016 | ||
</div> | ||
</td></tr> | ||
</table> | ||
<!-- top banner ends here --> | ||
|
||
<table border="0" cellspacing="0" cellpadding="0" width="850px"> | ||
<tr><td height="2px"></td></tr> | ||
<tr valign="top"> | ||
|
||
<!-- menu starts here --> | ||
<td width="175px" align="left"> | ||
<div id="menu"> | ||
<a href="index.html">COMSOC-2016</a> | ||
<!--<a href="program.html">Program</a>--> | ||
<a href="acc.html">Accepted Papers</a> | ||
<a href="program.html">Program</a> | ||
<!--<a href="proceedings.html">Workshop Notes</a> --> | ||
<a href="invited.html">Invited Speakers</a> | ||
<!-- <a href="tutorial.html">LogICCC Tutorial Day</a> --> | ||
<a href="pictures.html">Pictures</a> | ||
<a href="pc.html">Committees</a> | ||
<a href="cfp.html">Call for Papers</a> | ||
<a href="dates.html">Important Dates</a> | ||
<a href="industry.html">Industry Day</a> | ||
<a href="submission.html">Paper submission</a> | ||
<a href="registration.html">Registration</a> | ||
<a href="location.html">Location</a> | ||
<a href="travel.html">Travel and Accommodation</a> | ||
<a href="sponsors.html">Sponsors</a> | ||
<a href="http://www.illc.uva.nl/COMSOC/workshops.html" target="_blank">Previous COMSOCs</a> | ||
<a href="contact.html">Contact</a> | ||
</div> | ||
</td> | ||
|
||
|
||
<td> </td> | ||
|
||
<td width="100%"> | ||
<!-- page content starts here --> | ||
|
||
|
||
<h1>Accepted Papers</h1> | ||
|
||
<p> The accepted papers are: | ||
|
||
<ul> | ||
<li> Cycles and Intractability in Social Choice Theory<br> | ||
<i>William Zwicker</i> | ||
<li> Pareto optimal matchings of students to courses in the presence of prerequisites<br> | ||
<i>Katarina Cechlarova, Bettina Klaus and David Manlove</i> | ||
<li> Who Can Win a Single-Elimination Tournament?<br> | ||
<i>Michael P. Kim, Warut Suksompong and Virginia Vassilevska Williams</i> | ||
<li> Fairness in voting: the tale of Blotto's lieutenants<br> | ||
<i>Alessandra Casella, Jean-Francois Laslier and Antonin Macé</i> | ||
<li> Proving the Incompatibility of Efficiency and Strategyproofness via SMT Solving<br> | ||
<i>Florian Brandl, Felix Brandt and Christian Geist</i> | ||
<li> Agenda Separability in Judgment Aggregation | ||
<br> | ||
<i>Jérôme Lang, Marija Slavkovik and Srdjan Vesic</i> | ||
<li> Arguing about Voting Rules<br> | ||
<i>Olivier Cailloux and Ulle Endriss</i> | ||
<li> Parameterized Complexity Results for the Kemeny Rule in Judgment Aggregation<br> | ||
<i>Ronald de Haan</i> | ||
<li> On Voting and Facility Location<br> | ||
<i>Michal Feldman, Amos Fiat and Iddan Golomb</i> | ||
<li> Bounds on Manipulation by Merging in Weighted Voting Games<br> | ||
<i>Ramoni Lasisi and Abibat Lasisi</i> | ||
<li> Strong and Weak Acyclicity in Iterative Voting<br> | ||
<i>Reshef Meir</i> | ||
<li> Ordinal power relations and social rankings<br> | ||
<i> Stefano Moretti and Meltem Ozturk</i> | ||
<li> Analyzing games with ambiguous types using the MINthenMAX decision model<br> | ||
<i>Ilan Nehama</i> | ||
<li> Parameterized Complexity of Group Activity Selection Problem and Stable Invitations Problem<br> | ||
<i>Hooyeon Lee and Virginia Vassilevska Williams</i> | ||
<li>Rules for Choosing Societal Tradeoffs<br> | ||
<i>Vincent Conitzer, Rupert Freeman, Markus Brill and Yuqian Li</i> | ||
<li>Fair Social Choice in Dynamic Settings<br> | ||
<i> Rupert Freeman, Seyed Majid Zahedi and Vincent Conitzer</i> | ||
<li>Computing Pareto Optimal Committees<br> | ||
<i> Haris Aziz, Jérôme Lang and Jerome Monnot</i> | ||
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<ul> | ||
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<p> Accepted papers will be distributed through the webpage. </p> | ||
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