Table of Contents
| STL and Local Regression for Modeling Disease Surveillance Counts | |
| David E. Anderson, Cheng Zheng, Ross Maciejewski, Ryan Hafen, William S. Cleveland, David S. Ebert, Mourad Ouzzani, Shaun J. Grannis | 81 |
| Rapid Identification of Pneumonias in BioSense Data Using Radiology Text Reports | |
| Armen Asatryan, Haobo Ma, Roseanne English, Jerome Tokars | 82 |
| A Simple Method of Using Linked Health Data in Syndromic Surveillance | |
| Steven M. Babin, Protagoras N. Cutchis, Nathaniel Tabernero, Lang M. Hung, Joseph Lombardo | 83 |
| The Performance of Sub-Syndrome Chief Complaint Classifiers for the GI and RESP Syndromes | |
| Hwa-Gan Chang, Jian-Hua Chen, Dennis G. Cochrane, John R. Allegra, Kathryn Schmit, Jerome I. Tokars, Perry F. Smith | 84 |
| Extensibility in Semantic Web Description of Syndromic Surveillance Systems | |
| Bradley D. Chruszcz, Deborah A. Stacey | 85 |
| A Space Time Permutation Scan Statistic with Irregular Shape for Disease Outbreak Detection | |
| Marcelo A. Costa, Martin Kulldorff, Renato M. Assuncao | 86 |
| Exploring Syndrome Definition by Applying Clustering Methods to Electronic Health Records Data | |
| Samantha F. De Leon, Nicholas Soulakis, Farzad Mostashari | 87 |
| Dual Graph Spatial Cluster Detection for Syndromic Surveillance in Networks | |
| Luiz Duczmal, Gladston J. P. Moreira, Sabino J. Ferreira Neto, Ricardo H.C. Takahashi | 88 |
| Modifications to Spatial Scan Statistics for Estimated Probabilities at Fine-Resolution in Highly Skewed Spatial Distributions | |
| James Edgerton, Howard Burkom, Michael Leuze | 89 |
| Development and Evaluation of a Data-adaptive Algorithm for Univariate Temporal Biosurveillance Data | |
| Yevgeniy Elbert, Howard S. Burkom, Sean P. Murphy, Galit Shmueli | 90 |
| Use of Google Earth to Faciliate GIS-Based Decision Support Systems for Arthropod-Borne Diseases | |
| Saul Lozano-Fuentes, Darwin Elizondo-Quiroga, Jose Arturo Faran-Ale, Ildefonso Fernandez-Salas, Barry J. Beaty, Lars Eisen | 91 |
| Sensibility and Specificity of Syndromic System for Influenza Based on General Practitioners Network in Gironde, France | |
| G. Gault, S. Larrieu, Loic J. Josseran, B. Jouves, L. Filleul | 92 |
| Correlation Between HL-7 Microbiology and Pharmacy Out Patient Data: A Case Study Using Influenza | |
| Amanda K. Goodin, Gosia Kubiak, Craig Nash, Asha Riegodedios | 93 |
| Data Integration and Analytics within the National Bio-Surveillance Integration System | |
| Nancy Grady, Jim Jones, Lowell Vizenor, Joe Dudley, Jeanne Marin, Anne Havey, Tom Sabo n@n, Ray Champoux, Robert Hogan, Dennis Beal, Laura Peitersen, Jean Orr, Karl Kropp, Kimothy Smith | 94 |
| Defining Clinical Condition Categories for Biosurveillance | |
| Craig Hales, Carol Sniegoski, Jacqueline Coberly, Jerome Tokars | 95 |
| Surveillance Zones: Geographic Aggregation of Syndromic Data for Improved Response | |
| Melissa Halm, Mary Carvalho, Anthony Eshofonie, Debo Awosika-Olumo, Raouf Arafat | 96 |
| Advanced Querying Features for Disease Surveillance Systems | |
| Mohammad Hashemian, Wayne Loschen, Joseph Lombardo, Colleen Martin, Sanjeev Thomas, Jerome I. Tokars, Jacqueline Coberly | 97 |
| Bayesian Network Data Fusion Visualization | |
| Charles Hodanics | 98 |
| Construction of an Indicator for Syndromic Surveillance of Gastroenteritis using Data from a General Practitioner Network, Bordeaux, France | |
| A. Jaquet, C. Flamand, B. Jouve, L. Filleul | 99 |
| Exception Reporting Systems for 'Flu Like' Syndromes in Scotland | |
| Kimberley Kavanagh, Chris Robertson, Jim McMenamim | 100 |
| Structured Information Sharing in Disease Surveillance Systems | |
| Wayne Loschen, Carol Sniegoski, Jacqueline Coberly, Nathaniel Tabernero, Joe Lombardo | 101 |
| Comparing Syndromic Surveillances using Two Aspects: Emergency and Telehealth Data Sources | |
| El Sayed Mahmoud, David Calvert | 102 |
| Distributed Multi-agent Architecture for Decision Support in Public Health Networks | |
| Z. Mnatsakanyan | 103 |
| Delineating Spatial Clusters with Artificial Neural Networks | |
| Gladston J. P. Moreira, Ricardo H.C. Takahashi, Luiz Duczmal | 104 |
| Recursive Least Squares Prediction of Syndromic Data for Surveillance | |
| A. H. Najmi | 105 |
| A Nonparametric Scan Statistic for Multivariate Disease Surveillance | |
| Daniel B. Neill, Jeff Lingwall | 106 |
| Incorporating Learning into Disease Surveillance Systems | |
| Daniel B. Neill | 107 |
| Minimizing False Alarms in Syndromic Surveillance | |
| William Peter, Amir H. Najmi, Howard Burkom | 108 |
| Correlation between Real-Time BioSense Influenza Indicators and Data from the U.S. Influenza Sentinal Physicians Surveillance Network | |
| Michelle N. Podgornik, Roseanne English, Jerome I. Tokars | 109 |
| Designing Epidemiological Networks for Real-world Surveillance Settings | |
| Ben Y. Reis, Kenneth D. Mandl | 110 |
| Learning Specific Detectors of Adverse Events in Multivariate Time Series | |
| Josep Roure, Artur Dubrawksi, Jeff Schneider | 111 |
| Multivariate Time Series Analyses Using Primitive Univariate Algorithms | |
| Maheshkumar Sabhnani, Artur Dubrawski, Jeff Schneider | 112 |
| An Outbreak Detection Algorithm that Efficiently Performs Complete Bayesian Model Averaging Over All Possible Spatial Distributions of Disease | |
| Yanna Shen, Weng-Keen Wong, John D. Levander, Gregory F. Cooper | 113 |
| Syndromic Surveillance Case Definition Development Using Recursive Partitioning Techniques for Highly Dimensional Databases | |
| Nicholas Soulakis, Farzad Mostashari, George Hripcsak | 114 |
| Surveillance Investigation Tool Development Targeted for Results | |
| David J. Swenson, Christopher Taylor, John Southworth, Ken Dufault | 115 |
| A Scan Statistic Based on Anscombe's Variance Stabilization Transformation | |
| Kunihiko Takahashi, Toshiro Tango | 116 |
| A Spatial Scan Statistic Scanning Only the Regions with Elevated Risk | |
| Toshiro Tango | 117 |
| Earliest Event Detection: A Unique Approach Combining Syndromic Surveillance with Data Mining | |
| Christopher S. Taylor | 118 |
| A Nationwide Geo-Referenced Synthesized Agent Database for Infectious Disease Models | |
| W. D. Wheaton, Bernadette Chasteen, James C. Cajka, Justine Allpress, Philip C. Cooley, Laxminarayana Ganapathi, Joseph G. Pratt | 119 |
| Evaluation of Spatial Estimation Methods for Cluster Detection | |
| Jian Xing, Howard Burkom, Michael Leuze, James Edgerton, John Copeland, Steve Bloom, Jerome Tokars | 121 |
| Performance Characteristics of Control Chart Detection Methods | |
| Jian Xing, Howard Burkom, John Copeland, Steve Bloom, Lori Hutwanger, Jerome Tokars | 122 |
| Automatic Foot-and-Mouth Disease (FMD) New Monitoring and Classification | |
| Yulei Zhang, Chunju Tseng, Yan Deng, Hsinchun Chen, Catherine A. Larson, Zack Whedbee, Andres Perez, Mark Thurmond | 123 |