| Comparison of Influenza-like Illness Syndrome Classification Between Two Syndromic Surveillance Systems |
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Taj Azarian, S Zaheer, S Winn, A Kite-Powell |
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| Surveillance in the Cloud: A New Platform for Disease Search and Situational Awareness |
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David W Bauer, Mojdeh Mohtashemi |
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| Discrete Data from Electronic Medical Records - Next Generation Data Sets for Syndromic Surveillance |
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Marc A Bellazzini, James E Svenson |
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| Fever as a Measure for Early Detection of Influenza Outbreaks in the Emergency Department |
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Marc A Bellazzini, Ronald E Gangnon, James E Svenson |
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| Socio-Demographic and Temporal Patterns of Emergency Department Patients Who Do Not Reside in Miami-Dade County, 2007 |
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Rene Borroto, Guoyan Zhang |
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| Web-Based Spatio-Temporal Display of NC DETECT Surveillance Data |
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Shel Brannan, Noah Evens, Clifton Barnett, Lana Deyneka Deyneka, Amy Ising, Bill Wheaton, Jay Rineer |
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| INDICATOR: A Cyberenvironment for Biosurveillance and Response |
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Ian S Brooks, Wendy Edwards |
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| Ontology of a Cyberenvironment for Malaria Surveillance |
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Ian Brooks, Arkalgud Ramaprasad |
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| Support Vector Machines for Syndromic Surveillance |
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Anna L Buczak, Linda J Moniz, Joseph Lombardo |
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| Timeliness of Ambulatory Data for Age-Specific ILI Surveillance |
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Emily H Chan, Robyn Tamblyn, David Buckeridge |
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| Performance of Sub-Syndrome Chief Complaint Classifiers for the GI Syndrome |
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Hwa-Gan Chang, Jian-Hua Chen, Dennis G Cochrane, John R Allegra, Kathryn Schmit, Jerome I Tokars, Perry F Smith |
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| Identifying Respiratory-Related Clinical Conditions from ED Reports with Topaz |
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Wendy W Chapman, David Chu, John Dowling, Henk Harkema |
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| A Model and Archetype Based Interoperability Framework for Near Real-Time Surveillance Systems |
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H Chaudet, G Texier, JB Meynard, L Pellegrin, JP Boutin, X Deparis |
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| Automatic and Secure Data Transfer of Syndromic Data between Hospitals and Public Health Using the PHINMS |
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Y Emily Cheng, Himal Dhotre, Debjani Das, Dan Drociuk |
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| The Utility of Patient Chief Complaint and ICD 9 Classifiers for the Influenza Sub-Syndrome |
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Dennis G. Cochrane, John R. Allegra, Christopher McCarthy, Jeffrey Luk, Hwa-Gan Chang, Jian-Hua Chen |
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| Accounting for Acceleration of Disease Rates with Age in Biosurveillance Systems: The SIMPLE Method |
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Steven A. Cohen, Elena N. N. Naumova |
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| Assessing the Coverage of BioCaster Terms in Web News |
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Nigel Collier, Reiko Matsuda Goodwin, Ai Kawazoe, Son Doan |
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| Automated Generation of Hypothesis of Processes Causing Clusters |
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Jamison Conley |
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| Anomaly Pattern Detection for Biosurveillance |
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Kaustav Das, Jeff Schneider, Daniel B. Neill |
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| Extending Comparisons Beyond Time and Space: Looking for Similarities Between Diseases |
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Victor del Rio Vilas, Sophie Ancelet, Juan J. Abellan, Colin Birch, Sylvia Richardson |
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| Automated Surveillance To Detect An Influenza Epidemic: Which Respiratory Syndrome Should We Monitor? |
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Sylvain DeLisle, Fang Tian, Paul Sun, Brett R. South, Gary Smith, Holly Gaff, Matthew Samore, Trish M. Perl |
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| Free-Text Processing To Enhance Detection Of Acute Respiratory Infections |
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Sylvain DeLisle, Brett R. South, Shobba Phansalkar, Trish M. Perl, Adi Gundlapalli, Matthew Samore |
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| Using Biosurveillance Whole-System Facsimiles To Compare Aberrancy-Detection Methods: Should BioSense Use SatScan? |
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Sylvain DeLisle, Fang Tian, Hongzhang Zheng, Paul Sun, Brett R. South, Holly Gaff, Matthew Samore, Trish M. Perl |
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| A Closer Look at Developing a Statewide Emergency Department Syndromic Surveillance System in a Rural State |
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Himal Dhotre, Debjani Das, Emily Cheng, Dan Drociuk |
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| Limb Elephantiasis as Predictor for the Occurrence and Spread of Lymphatic Filariasis in Kano State, Nigeria |
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M. M. Dogara, I. H. Nock, R. I.S. Agbede |
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| GIS Mapping of Occupational Health Visit Data from a Southeastern Ontario Tertiary Care Hospital |
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Tara L. Donovan, Andrew Kurc, Chris Sambol, Jennifer Carpenter, Kieran M. Moore |
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| Optimizing Simultaneously the Geometry and the Internal Cohesion of Clusters |
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Anderson R. Duarte, Luiz Duczmal, Sabino J. Ferreira, André L.F. Cancado |
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| Geographically Meaningful Cluster Scanning Through Weak Link Correction |
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Luiz Duczmal, Sabino J. Ferreira, Anderson R. Duarte, Marcus V. Soares, Eliane D. Gontijo, André L.F. Cancado, Ricardo H.C. Takahashi |
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| State Surveillance Data Improves a Clinical Prediction Model for Pertussis |
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Andrew M. Fine, Ben Y. Reis, Lise Nigrovic, Don Goldmann, Tracy LaPorte, Karen Olson, Kenneth Mandl |
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| Comparison of the Performances of Statistical Methods to Detect Outbreaks |
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Anne Fouillet, Franck Golliot, Nadège Caillère, Claude Flamand, Claudine Kamali, Yann Le Strat, Lucie Leon, Laurence Mandereau-Bruno, Jérôme Pouey, Oliver Retel, Vérène Wagner |
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| Enhancing Syndromic Surveillance through Cross-border Data Sharing |
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Brian E. Fowler, Michael E. Wade, Robert J. Campbell, Stephen J. DeFrancesco, Shaun J. Grannis, David A. Trepanier |
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| Choice of Baseline Period for Limited Baseline Aberration Detection Methods |
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Ronald E. Gangnon, Marc A. Bellazzini |
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| Cluster Detection Comparison in Syndromic Surveillance |
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C Goranson, K Takahashi, T Tango, A Cajigal, M Paladini, E L. Murray, T Nguyen, K Konty, F Hardisty |
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| Using NLP on VA Electronic Medical Records to Facilitate Epidemiologic Case Investigations |
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Adi V. Gundlapalli, Brett R. South, Wendy W. Chapman, Shobha Phansalkar, Shuying Shen, Sylvain Delisle, Trish Perl, Matthew H. Samore |
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| HWR at the Contest: A Holt-Winters-Based Method Applied to Simulated Outbreaks |
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Sylvia Halász Halász, Colin Goodall, Arnold Lent |
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| The BioSense Influenza Module |
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Craig Hales, Roseanne English, Paul McMurray, Jerome Tokars |
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| Interactive Detection of Spatial Clusters |
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Frank Hardisty, Jamison Conley |
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| BioSense Participation by Non-Federal Hospitals |
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Peter Hicks, Alicia Edwards, Roseanne English, Jerome I. Tokars |
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| Contact Tracing in Asymptomatic Diseases Under Elimination |
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Doracelly Hincapié-Palacio, Rubén Darío Gómez-A, Juan Ospina-G |
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| Survey of Syndromic Surveillance Uses |
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Hillary Kleiner, Katherine Endress, Anthony Barbagallo |
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| (Syndromic) Surveillance of Birthweight, Gestation, and Infant Mortality |
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Kevin Konty, Katherine Bartley, Aviva Schwarz, Martin Kulldorff |
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| Use of Time Series Models for Multi-Stream Surveillance |
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Eric HY Lau, Benjamin J. Cowling, Lai Ming Ho, Gabriel M. Leung |
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| in silico Surveillance: Using Detailed Computer Simulations to Develop and Evaluate Outbreak Detection |
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Bryan Lewis, Kate Wendelsdorf, Ken Kleinman |
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| The Day-of-the-Week Effect: A Study Across the Indiana Public Health Emergency Surveillance System |
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Ross Maciejewski, Stephen Rudolph, Shaun J. Grannis, David S. Ebert |
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| Learning Outbreak Regions for Bayesian Spatial Biosurveillance |
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Maxim Makatchev, Daniel B. Neill |
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| Multi-Agency and Hospital, Syndromic Surveillance System in Montana |
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William C. Mohlenbrock, Raymond F. Rogers |
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| Application of Nonlinear Data Analysis Methods to Locating Disease Clusters |
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Linda Moniz, William Peter |
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| Fast and Flexible Outbreak Detection by Linear-Time Subset Scanning |
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Daniel B. Neill |
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| Mixture Likelihood Ratio Scan Statistic for Disease Outbreak Detection |
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Jarad B. Niemi, Michael D. Porter, Brian J. Reich |
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| A Comparison of Locally Developed Influenza-like Syndrome Definitions Using Electronic Emergency Department Data in Boston and New York City |
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Marc Paladinia, Justin Pendarvis, Erin L. Murray, Julia Gunn, Donald Olson |
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| ESSENCE Version 2.0: The Department of Defense’s Worldwide Syndromic Surveillance System Receives Several Enhancements |
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David C. Pattie, Martin J. Atherton, David J. Savory, Gale E. Savage, Kenneth L. Cox |
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| In Search of a Controlled Vocabulary for Emergency Department Chief Complaint: A Comparison of Four Published Chief Complaint Lists |
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Trevor G. Phillips, Stephanie W. Haas, Judith E. Tintinalli, Debbie Travers, Anna Waller |
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| Age Specific Correlations between Influenza Laboratory Data and Influenza-like Syndrome Definitions in Boston and New York City |
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Justin Pendarvis, Erin L. Murray, Marc Paladini, Julia Gunn, Donald R. Olson |
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| Arizona’s Integrated Influenza Surveillance for School Children |
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Yue Qiu, Laura Erhart |
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| UPDATE: Bird Flu, the Media and Syndromic Surveillance, 2006-7 |
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Cynthia F. Racer |
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| Modeling Disease Surveillance and Assessing its Effectiveness for Detection of Acute Respiratory Outbreaks in Resource-Limited Settings |
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Liane Ramac-Thomas, Trudy Philip, Howard Burkom, Jacqueline Coberly, Sheri Happel Lewis, Jean-Paul Chretien |
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| Evaluating the Validity of ED Visit Data for Biosurveillance |
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Aaron Ratcliffe, Clifton Barnett, Amy Ising, Anna Waller |
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| The Utility of Biosurveillance for Public Health Practice: The Findings from Two Case Studies |
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Lucia Rojas Smith, Neely Kaydos Daniels, Tonya Farris, Clifton Barnett, Amy Ising |
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| Natural Language Processing: Can it Help Detect Cases and Characterize Outbreaks? |
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Matthew H. Samore |
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| Detection of Enteric Disease Epidemics Using a Diarrhea-specific Category |
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Loren E. Shaffer, Robert T. Rolfs, Rene M. Calanan |
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| Pilot Evaluation of Syndrome-specific School Absenteeism Data for Public Health Surveillance |
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Shuying Shen, Nicole Stone, Brian Hatch, Robert Rolfs, Brett South, Adi Gundlapalli, Catherine Staes, Matthew Samore |
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| Utility of ICD-9-CM Diagnosis Codes for Public Health Surveillance |
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Emily E. Sickbert-Bennett, Tammy Bischoff, William Cleve, Rachel Long |
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| Using School Sentinel Sites for the Early Detection of Influenza |
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Ximena Somoza, Anamika Pandya, Christy Vogt |
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| Identifying Contextual Features to Improve the Performance of an Influenza-Like Illness Text Classifier |
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Brett R. South, Shuying Shen MStat, Sylvain Delisle, Trish Perl, Matthew H. Samore, Adi V. Gundlapalli, Wendy W. Chapman |
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| Detection of Shigella Outbreaks in Argentina Using WHONET and SaTScan |
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John Stelling, Katherine Yih, Marcelo Galas, Martin Kulldorff, Mariana Pichel, Raquel Terragno, Ezequiel Tuduri, Salomé Espetxe, Norma Binsztein, Thomas F. O'Brien, Richard Platt |
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| Mental Health Emergency Department Visits in Houston: Developing a Post-Disaster Mental Health Surveillance System |
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Allison Stewart, Mary Carvalho, Debo Awosika-Olumo |
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| A Comparison of SaTScan and FleXScan for Outbreak Detection and Monitoring |
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Kunihiko Takahashi, Toshiro Tango |
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| A New Space-Time Scan Statistic for Timely Outbreak Detection Taking Overdispersion Into Account |
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Toshiro Tango, Kunihiko Takahashi |
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| Using UMLS Semantic Network to Identify Search Terms for Biosurveillance |
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Debbie Travers, Matthew Scholer, John Crouch, Scott Wetterhall |
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| Syndromic Surveillance for Localized Outbreaks of Lower-Respiratory Infections: Does it Work? |
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Cees van den Wijngaard, Liselotte van Asten, Wilfrid van Pelt, Gerda Doornbos, Nico J.D. Nagelkerke, Wim van de Hoek, Hans van Vliet, Marion P.G. Koopmans |
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| Application of Natural Language Parsers To Syndromic Surveillance |
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Michael J. Waddell, César R. Meraz, Julio C. Silva, Dino P. Rumoro |
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| Comparison of Regression Models with Modified Time Series Methods for BioSurveillance |
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Jian Xing, Howard Burkom, Jerome Tokars |
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| Estimation And Validation of An Outbreak Simulator |
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Min Zhang, Xiaohui Kong, Garrick L. Wallstrom |
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