45 papers:
- CASE-2015-ChenXZCL #effectiveness #learning #multi #optimisation #simulation
- An effective learning procedure for multi-fidelity simulation optimization with ordinal transformation (RC, JX, SZ, CHC, LHL), pp. 702–707.
- CASE-2015-HuC #distributed #optimisation
- Decentralized ordinal optimization (DOO) for networked systems (PH, XC), pp. 787–792.
- CASE-2015-ZhangWZZ #automaton #learning #optimisation #performance
- Incorporation of ordinal optimization into learning automata for high learning efficiency (JZ, CW, DZ, MZ), pp. 1206–1211.
- ICML-2015-HsiehYD #named #parallel #probability
- PASSCoDe: Parallel ASynchronous Stochastic dual Co-ordinate Descent (CJH, HFY, ISD), pp. 2370–2379.
- ICML-2015-VirtanenG #modelling
- Ordinal Mixed Membership Models (SV, MG), pp. 588–596.
- CASE-2014-XuZHCLC #framework #multi #optimisation #simulation
- An ordinal transformation framework for multi-fidelity simulation optimization (JX, SZ, EH, CHC, LHL, NC), pp. 385–390.
- ESOP-2014-UrbanM #abstract domain #ranking
- An Abstract Domain to Infer Ordinal-Valued Ranking Functions (CU, AM), pp. 412–431.
- ICML-c2-2014-HoulsbyHG #learning #matrix #robust
- Cold-start Active Learning with Robust Ordinal Matrix Factorization (NH, JMHL, ZG), pp. 766–774.
- ICML-c2-2014-TeradaL
- Local Ordinal Embedding (YT, UvL), pp. 847–855.
- ICML-c2-2014-ZhouLPM
- Aggregating Ordinal Labels from Crowds by Minimax Conditional Entropy (DZ, QL, JCP, CM), pp. 262–270.
- KDD-2014-RamanJ
- Methods for ordinal peer grading (KR, TJ), pp. 1037–1046.
- CASE-2013-ShenWWW #modelling #optimisation
- Application of vector ordinal optimization to the transportation systems with agent based modelling (ZS, KW, FYW, KW), pp. 898–903.
- FoSSaCS-2013-KarandikarS #complexity #parametricity #problem #recursion
- The Parametric Ordinal-Recursive Complexity of Post Embedding Problems (PK, SS), pp. 273–288.
- CSL-2013-AfshariL #calculus #on the #μ-calculus
- On closure ordinals for the modal μ-calculus (BA, GEL), pp. 30–44.
- ICPR-2012-LiW #encoding #matrix #recognition #using
- Iris recognition using ordinal encoding of Log-Euclidean covariance matrices (PL, GW), pp. 2420–2423.
- LICS-2012-HaddadSS #complexity #petri net #recursion
- The Ordinal-Recursive Complexity of Timed-arc Petri Nets, Data Nets, and Other Enriched Nets (SH, SS, PS), pp. 355–364.
- FoSSaCS-2011-BonnetFHR
- Ordinal Theory for Expressiveness of Well Structured Transition Systems (RB, AF, SH, FRV), pp. 153–167.
- RecSys-2011-KorenS #named #personalisation #predict #rating
- OrdRec: an ordinal model for predicting personalized item rating distributions (YK, JS), pp. 117–124.
- CIKM-2010-QianCXQ #how
- How about utilizing ordinal information from the distribution of unlabeled data (MQ, BC, HX, HQ), pp. 289–298.
- ICML-2010-ChengDH10a #classification #multi
- Graded Multilabel Classification: The Ordinal Case (WC, KD, EH), pp. 223–230.
- SAC-2010-BaccianellaES #feature model
- Feature selection for ordinal regression (SB, AE, FS), pp. 1748–1754.
- CHI-2009-PerryJEE #agile #collaboration #gesture #video
- Lean collaboration through video gestures: co-ordinating the production of live televised sport (MJP, OJ, ME, AE), pp. 2279–2288.
- ECIR-2009-EsuliS09a #classification #encoding
- Encoding Ordinal Features into Binary Features for Text Classification (AE, FS), pp. 771–775.
- SAC-2009-BoscPS #query
- Stratified division queries involving ordinal user preferences (PB, OP, OS), pp. 1748–1749.
- ICPR-2008-TeoLCS #3d #constraints #recognition #robust
- 3D ordinal constraint in spatial configuration for robust scene recognition (CLT, SL, LFC, JS), pp. 1–5.
- LICS-2008-ChambartS #complexity #recursion
- The Ordinal Recursive Complexity of Lossy Channel Systems (PC, PS), pp. 205–216.
- ICALP-2007-HeMR
- Succinct Ordinal Trees Based on Tree Covering (MH, JIM, SSR), pp. 509–520.
- ICML-2007-BabariaNKSBM #crawling #scalability
- Focused crawling with scalable ordinal regression solvers (RB, JSN, SK, KRS, CB, MNM), pp. 57–64.
- ICML-2006-YuYTK #collaboration
- Collaborative ordinal regression (SY, KY, VT, HPK), pp. 1089–1096.
- ICEIS-v4-2005-OnoMK #evaluation #online
- Evaluation of Methods for Converting Request for Quotation Data into Ordinal Preference Data: Estimating Product Preference in Online Shopping System (TO, HM, NK), pp. 24–31.
- ICML-2005-ChuK
- New approaches to support vector ordinal regression (WC, SSK), pp. 145–152.
- ICPR-v3-2004-AurnhammerM #metric
- Improving Seismic Horizon Matching by Ordinal Measures (MA, RM), pp. 642–645.
- CADE-2003-ManoliosV #algorithm
- Algorithms for Ordinal Arithmetic (PM, DV), pp. 243–257.
- KR-2002-DuboisFP #on the
- On the Limitations of Ordinal Approaches to Decision-making (DD, HF, PP), pp. 133–146.
- DLT-2001-Choffrut
- Elementary Theory of Ordinals with Addition and Left Translation by ω (CC), pp. 15–20.
- CIKM-2001-MarcusML #fault #identification #set
- Ordinal Association Rules for Error Identification in Data Sets (AM, JIM, KIL), pp. 589–591.
- WLC-2000-Carton #word
- R-Trivial Languages of Words on Countable Ordinals (OC), pp. 88–102.
- CHI-2000-ArsenaultW #feedback
- Eye-hand co-ordination with force feedback (RA, CW), pp. 408–414.
- ICEIS-1999-FerreiraRMF #workflow
- Building a Workflow Enactment Service for Telework Co-Ordination (DRF, JR, JMM, JJPF), pp. 626–633.
- CSL-1997-Voda #normalisation #recursion
- A Simple Ordinal Recursive Normalization of Gödel’s T (PJV), pp. 491–509.
- ICPR-1996-Baratoff #metric
- Ordinal and metric structure of smooth surfaces from parallax (GB), pp. 275–279.
- ESEC-1993-Godart #coordination #developer #named #transaction
- COO: A Transaction Model to Support COOperating Software Developers COOrdination (CG), pp. 361–379.
- ICALP-1991-JouannaudO #decidability #satisfiability
- Satisfiability of Systems of Ordinal Notations with the Subterm Property is Decidable (JPJ, MO), pp. 455–468.
- CHI-1991-WhittakerBC #analysis #interactive #process
- Co-ordinating activity: an analysis of interaction in computer-supported co-operative work (SW, SEB, HHC), pp. 361–367.
- CSL-1991-Pinchinat #comparative #concurrent #process #semantics
- Ordinal Processes in Comparative Concurrency Semantics (SP), pp. 293–305.